SOUTHWEST EDITION SEPT. 2025

Southwest Edition (AZ, NV, and NM)

Productivity Quality Inc. (PQI) Opens New Facility In Albuquerque, NM

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Editors Corner

AI Is Shifting the Labor Market—And Creating Opportunity for Precision Manufacturing

Artificial intelligence is accelerating at a pace that is fundamentally reshaping the labor market. For decades, the conventional wisdom has been that a college degree is the surest path to upward mobility and job security. Yet AI is steadily eroding that assumption. Roles in fields like finance, marketing, legal research, and even software development are now being automated or streamlined by tools that deliver faster results at a fraction of the cost.

This disruption poses a serious challenge for the white-collar workforce. Companies are reevaluating which jobs require human capital and which can be handled by algorithms. For many degree-based professions, the ground is shifting underfoot, and the promise of a college diploma as a long-term safeguard looks increasingly uncertain.

But this same trend represents a remarkable opportunity for the trades—particularly precision manufacturing. Far from being displaced by AI, modern manufacturing depends on skilled people who can work with advanced equipment, integrate robotics, and solve complex engineering problems on the shop floor. AI can enhance these roles, but it cannot replace the expertise required to turn raw material into critical components for aerospace, defense, energy, and medical industries.

The reality is that manufacturing is already facing a talent shortage. Thousands of high-paying, technology-driven jobs are open and unfilled across the country. Meanwhile, many young workers are being funneled into college programs that may leave them underemployed or burdened with debt in fields where AI is compressing wages. The imbalance is stark—and it’s also an inflection point for American competitiveness.

For business leaders and policymakers, the message is clear: the future depends on elevating the trades. Precision manufacturing roles are not “fallback” careers; they are essential, future-proof professions that combine technical skill, critical thinking, and hands-on innovation. Investing in apprenticeship programs, trade schools, and stronger partnerships between manufacturers and educators is not just workforce development—it’s economic strategy.

AI may be redefining what work looks like in many office settings, but on the shop floor, it is becoming an amplifier of human skill rather than a replacement for it. As AI makes many traditional degree-based jobs less valuable, it is simultaneously magnifying the worth of those who can bridge technology and craft. Precision manufacturing is thriving in this environment, and the companies that recognize and act on this shift will secure both their workforce and their competitive advantage.

The AI revolution doesn’t eliminate opportunity—it reallocates it. And right now, the greatest opportunity lies in building up the skilled manufacturing talent America needs..

Until next issue, I wish you continued success in 2025—and as always, God bless our troops.

Address: 3324 E Ray Road #459 Higley, AZ 85236

Telephone: (602) 412-7696

www.a2zMFG.com

Linda Daly,Publisher

Published bi-monthly to keep precision manufacturers abreast of news and to supply a viable vendor source for the industry.

Circulation: The A2Z MANUFACTURING has compiled and maintains a master list of approximately 8500 people actively engaged in the precision manufacturing Industry. It has an estimated pass on readership of more than 19,300 people. Advertising Rates, deadlines and mechanical requirements furnished upon request or you can go to A2ZMANUFACTURING.com.

The Publisher assumes no responsibility for the contents of any advertisement, and all representations are those of the advertiser and not that of the publisher. The Publisher is not liable to any advertiser for any misprints or errors not the fault of the publisher, and in such event, the limit of the publisher's liability shall only be the amount of the publishers charge for such advertising.

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Announcements & Releases

KLK Inc. Expands In-House Capabilities with Addition of Two Sodick EDM Machines

KLK Inc., an AS9100-certified entity, is proud to announce the expansion of its manufacturing capabilities with the addition of two advanced Sodick EDM (Electrical Discharge Machining) systems: the VL400Q Wire EDM and the 8035L Sinker EDM. This investment marks a strategic enhancement to KLK’s precision machining services, reinforcing the company’s commitment to delivering complex components with uncompromising quality and efficiency. With this addition, KLK’s total facility footprint now spans an impressive 83,000 square feet, reflecting the company’s ongoing growth and dedication to serving high-tech industries.

The decision to bring EDM in-house was driven by a high-value customer project that required both wire and sinker EDM operations. After conducting a full audit of the part—KLK recognized an opportunity to improve lead time, control costs, and elevate quality by taking control of the process. The one part alone made a compelling case for investing in this specialized capability. KLK’s familiarity with EDM processes, paired with its drive for continuous improvement, made the transition a natural next step. Today, many current customers who were sourcing their EDM through other providers, are bringing their EDM work to KLK.

The Sodick VL400Q Wire EDM delivers high-speed, high-precision performance with linear motor drives and an advanced motion control system—ideal for

intricate cuts and fine tolerances. Complementing it is the 8035L Sinker EDM, a Japaneseengineered powerhouse designed for larger, complex cavity work with superior surface finishes.

With this latest expansion, KLK continues its legacy of innovation and customer-driven growth.

From its humble beginnings in a garage in 1967 to becoming a trusted manufacturing partner across aerospace, medical, defense, and semiconductor sectors, KLK, a family-owned and operated business, is a fullservice manufacturer, specializing in Precision CNC Machining, Sheet Metal Fabrication, Welding, and Electro-Mechanical Assembly.

For more information on how they can support your precision manufacturing needs, call (602) 267-1331 or visit: klkinc.com

Okuma’s MULTUS U3000 Multitasking Machine offers an ideal combination of power, speed, and process flexibility. A broad scope of machining functions and the ability to complete tasks in a single setup make this machine simple and efficient for producing a variety of parts. Combining powerful turning and milling capabilities, made possible with Okuma’s OSP-P300 control, equals one thing – increased production capacity.

Explore all of the powerful features of the MULTUS U3000, including:

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• Wide range of ATC configurations available (40 to 180 tools)

Announcements & Releases Continued

FABTECH 2025 to Feature Technology Advances for Modernizing Manufacturing

As manufacturers seek new opportunities to enhance productivity and drive the industry forward, FABTECH 2025 is set to showcase the tangible solutions and technology leading the way. North America’s largest metal forming, fabricating, welding and finishing event returns to McCormick Place in Chicago from Sept. 8–11, bringing the entire industry under one roof.

The event comes at a pivotal time, offering a firsthand look at the automation, high-precision machinery and smart fabrication technology needed to address key industry challenges, including the ongoing skilled labor shortage. More than 45,000 manufacturing professionals from around the world are expected to attend to explore solutions across 850,000+ square feet of exhibits, where over 1,500 world-class suppliers—including Platinum Sponsors AMADA America, BLM Group, MC Machinery Systems, and TRUMPF Inc.— will display the latest innovations shaping the future of manufacturing.

“Manufacturers today are tasked with meeting higher production demands amid a shifting labor landscape,” said Tracy Garcia, CEM, FABTECH group director at SME. “FABTECH is where real-world answers are found. This is the place to see the technology that can immediately boost efficiency, hear what’s coming next from industry

leaders, and leave with concrete solutions that can be implemented as soon as you return to your shop.”

What’s Driving Demand: Industry Priorities on the Show Floor

FABTECH 2025 will reflect the industry’s most pressing needs by showcasing the technology and equipment designed to solve them. Attendees can explore these key trends across the show floor:

Automation & Smart Manufacturing: As automation adoption accelerates, attendees will see live demonstrations of advanced robotics, cobots and AI-powered systems that detect part defects in real time, reshaping the approach to quality and speed. These solutions can be found throughout all three halls, with leaders like FANUC, KUKA, Fronius, CLOOS North America, Lincoln Electric, and Beckhoff Automation showcasing robotics and automated welding solutions in the North Building.

The Connected Smart Shop: The latest in smart factory solutions will be on display, showcasing how AR/VR, Internet of Things (IoT) and nextgen software are powering flexible, on-demand manufacturing with fewer risks and faster results.

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Attendees can explore these innovations from exhibitors like Bystronic, Prima Power, Mazak Optonics, and Muratec in the South Building.

High-Precision Technology: Live demonstrations of the newest high-speed fiber lasers, press brakes, and cutting-edge fabrication machinery will offer a look at unmatched precision for cutting and welding applications. This technology, critical for industries like automotive, heavy equipment, and aerospace & defense, will be a key feature in the South Building (forming & fabricating), North Building (welding) and Lakeside Center (stamping and press automation).

Sustainable Manufacturing: Attendees can explore a range of sustainable solutions, from eco-friendly coating systems to energy-efficient machinery. This trend will be prominent in the Lakeside Center, with finishing exhibitors like Gema USA, IFS Coatings, Therma-Tron-X, Nordson, and Global Finishing Solutions.

Technology-Focused Pavilions Streamline the Attendee Experience

To help attendees navigate the vast show floor, the event is organized into seven specialized technology pavilions: Automation, Forming and Fabricating, Tube and Pipe, Stamping and Press Automation, Welding, Finishing, and the new Job Shop Pavilion.

“The show floor is a preview of where the industry is heading next,” said Mark Hoper, senior vice president of expositions and media at FMA. “The combination of established industry leaders and hundreds of new exhibiting companies creates an unmatched environment for discovery. Attendees will leave with a clear vision of the innovations that will boost their productivity and competitiveness long after the show ends.”

Learning Beyond the Action on the Show Floor

Complementing the live demonstrations and solutions attendees can experience on the show floor, FABTECH’s comprehensive education program offers more than 200 sessions and workshops across 13 tracks. The program is designed to expand on key themes attendees encounter in exhibitor booths, providing deeper insight into new processes, materials, and performance strategies. Top industry experts and thought leaders will lead collaborative sessions sharing best practices and industry trends and focusing on the latest technological advancements attendees see in real time across the exhibit halls.

For more information, visit fabtechexpo.com and connect on Facebook.

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Usher Precision Showcases Swiss Screw Machining Expertise Under Sam Westendorf’s Leadership

Sam Westendorf with General Manager Tim Shepherd

Usher Precision Manufacturing Arizona, under the leadership of President and Co-Owner Sam Westendorf, is proud to spotlight its advanced Swiss screw machining capabilities at its state-of-the-art facility in Phoenix, Arizona. The company specializes in high-precision turned components for demanding industries such as medical devices, aerospace, semiconductor, and defense—where micro-level tolerances and consistent quality are essential.

Usher Precision’s legacy dates back more than 50 years. Originally founded in 1972 in Forest Grove, Oregon, by Darryl and Karl Usher, the company began as a modest operation. Karl Usher, who started his machining career cutting sheet metal with tin snips, eventually took over the family business from his father and renamed it Usher Precision Manufacturing. In a strategic transition three years ago, the Usher/Westendorf Family opened their Arizona Operation, and moved on from its Oregon facility in early 2025. Usher Precision Arizona is marking a new chapter of innovation in its storied history of machining, and

with its young crew, is ‘ushering’ in a new era of manufacturing.

Today, Usher Precision operates a fleet of six advanced Star Swiss screw machines, capable of handling bar stock from 1/8” to 1.5” in diameter. These machines enable the production of intricate components in a single setup, dramatically reducing cycle times and ensuring repeatability. Under Westendorf’s leadership, the Swiss department has seen rapid expansion, driven by a commitment to continuous investment in cuttingedge manufacturing technologies.

Quality remains the cornerstone of the company’s success. Usher Precision’s climate-controlled inspection lab ensures all parts meet stringent specifications for form, finish, and dimensional accuracy. This in-house metrology capability supports the company’s broader promise of precision and reliability in every component delivered.

In addition to Swiss machining, Usher Precision offers CNC milling, turning, centerless grinding, and full project management. With a highly skilled team, a culture of continuous improvement, and a sharp focus on customer service, Usher Precision is uniquely positioned to meet growing demand for complex, highprecision components throughout the Southwest.

For more information:

Sam Westendorf; Usher Precision (623)587-8444

sam.westendorf@usherprecisionaz.com www.usherprecisionaz.com

Meet New Talent

Skill Up AZ is a registered apprenticeship program with the state of Arizona. Our model allows individuals to earn a nationally recognized certificate in their chosen field while working and earning a salary.

MFG Month 2025

The Arizona MEP, the Arizona Department of Education, CTE, and Arizona State University (Polytechnic and West Campuses ) have partnered again this year to host Arizona's MFG Month Celebration in a whole new trade show format.

October 24th: ASU West Campus and October 31st: ASU Polytechnic Campus

Manufacturing companies have the opportunity to set up (FOR FREE!) at both locations and talk to high school students about manufacturing careers and demonstrate what they manufacture. TABLES ARE STILL AVAILABLE!!

For full details and to sign up to participate visit the AZ MEP Website at: https://www.azcommerce.com/programs/arizona-mep/events/ REGISTRATION DEADLINE IS OCTOBER 1ST!

All individuals have successfully passed the NTMAU Mechanical Aptitude Test (MAT) and are ready to begin work through our registered apprenticeship program.

If you’re interested in sponsoring an apprentice and would like to review candidates’ resumes and test scores, visit https://www.skillupaz.org/ contact/, and we’ll get their information to you.

2025 A2Z Sept / Oct Arizona Tooling & Machining Association (ATMA) Update

On June 26, NTMA Member Foresight Technologies hosted a lunch and tour of their expanded facility for our members and industry partners.

Special thanks to Jeff Hull and his amazing team for their hospitality!

The NTMA/ Arizona Chapter was proud to honor 11 Skill Up Arizona apprentice graduates at our dinner celebration and welcome them to the manufacturing community on July 17. With over 100 members, guests and apprentice family members, it was a very special evening. Also featured that evening was Jenny Stupica, Director of NTMA Workforce Development, demonstrating the updated portal for

NTMA-U which will launch later in the year. For more information on Skill Up Arizona , contact Maribeth All at executivedirector@skillupaz.org or visit their website at www.skillupaz.org.

ATMA upcoming events include:

September 25 – ATMA Fall Golf at Grand Canyon University. Foursomes are sold out, but sponsorships are still available.

October 9 – Walbar Tour followed by a happy hour Social. October 22 – Fall dinner meeting. November 5 – Empire Precision Manufacturing shop tour.

Interested in learning more about NTMA Membership and Benefits? Contact Barbe Bennett at exectutivedirector@arizonatooling. org.

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Announcements & Releases Continued

Turul Engineering Welcomes Bryce Keeler as VP of Sales & Marketing

We are excited to welcome Bryce Keeler to the Turul Engineering team as our new Vice President of Sales and Marketing. Bryce brings nearly three decades of experience in software, manufacturing, and problem-solving to his new role. A native of Arizona, he earned his business degree from Brigham Young University (BYU) and his MBA from Thunderbird School of Global Management. His career began during the dot-com era, and in 2002 he joined Siemens, where he thrived in a variety of sales roles—inside, overlay, and outside—covering Arizona, New Mexico, and eventually aerospace and defense customers nationwide.

Over the years, Bryce built trusted, long-term relationships with customers ranging from mid-market companies such as MD Helicopters and Eclipse Aerospace to major industry leaders such as Williams International and Raytheon.

Bryce sees robotics not as a futuristic luxury, but as a here-and-

now opportunity for shops of all sizes. Traditionally, the cost, complexity, and programming time required to deploy robots—sometimes taking MONTHS!—kept many smaller manufacturers from adopting the technology. Leveraging Siemens NX software, Turul Engineering can now reduce robot programming time from weeks to just 20 minutes, making robotics more accessible and affordable [for large and small shops alike]. Bryce is passionate about breaking down these barriers so small and mid-sized shops can enjoy the same productivity, safety, and throughput advantages that larger companies have long embraced.

Zoltan says, “With his deep expertise in manufacturing software, his belief in doing business with integrity, and his enthusiasm for democratizing robotics, Bryce is a perfect fit for Turul Engineering’s mission. Please join us in welcoming him to the team—we are confident that his leadership will help more manufacturers embrace innovative technologies that drive efficiency, safety, and long-term success.”

You can reach Bryce at bryce@turulengineering. com

√ AS9100 Revision D

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First Light F-35 Helmet Test A Success

Announcements & Releases Continued

Frontier Group announces the acquisition of Qualitas Finishing/ Precision Finishing (“PFI”)

of Tucson

As Tucson’s oldest and most established anodizing and finishing company, PFI is uniquely suited to service the Tucson areas industrial and advanced manufacturing community. This acquisition brings PFI into one of the largest and leading metal finishing operators in Arizona, offering more services, quality accreditations, and a specific focus on special processing.

The recent sled test, conducted with a 103-pound mannequin, is the latest sign that the JPO can make good on its promise to finish the three design fixes by November, allowing the military services to lift restrictions on lightweight pilots flying the F-35 Last year, Defense News first repor ted that pilots under 136 pounds were barred from flying the fifth-generation aircraft after testers discovered an increased r isk of neck damage to lightweight pilots ejecting from the plane. The US Air Force has also acknowledged an “elevated level of r isk” for pilots between 136 and 165 pounds.

With 2 locations, and over 90 employees, Frontier Group is Arizona’s only independent special processing service provider that is Nadcap accredited to offer chemical processing, non-destructive testing (NDT), and welding services.

The first test of a new, lightweight F-35 helmet was successful, according to the prog ram office, a promising sign that the Pentagon can to the jet’s escape system by

Recently, at H ce Base, New Mexico, Lockheed Ma ining all three solutions d ry to F-35 pilots during ej llaVedova. Once the full gamut of ly by the end of the summer, the two modifications to the ejection seat and issuing the new Generation III “light” helmet to the fleet, he said

The prototype helmet tested weighs about 4.63 pounds, approximately 6 ounces lighter than the orig inal Gen III helmet, and is designed to ease some strain on smaller pilots’ nec ks during ejection

For more information, visit: www.frontiergroupco.com or call (602) 437-2426.

Thompson Machine Celebrates 50 Years of Precision in Albuquerque

high-quality tool and die design and manufacturing craftsmanship. Founded in the mid-1970s, the company grew under the leadership of owner Ann Stirling (Thompson) and key employee Tim Bitting, who joined in 1979 and has been instrumental in its success ever since. Known for its expertise in deep draw stamping and precision tooling, Thompson Machine the Tool & Die Group Inc. has thrived by staying committed to its values, investing in equipment, and fostering long-term relationships with both employees and customers.

Although the test was the fir st test of the new helmet, the JPO, Loc kheed Mar tin and seat-maker Mar tin Baker have conducted at least seven other tests with the latest version of the seat, which is equipped with two modifications designed to reduce r isk to pilots.The fixes to the ejection seat itself include a switch for lightweight pilots that will delay deployment of the main parachute, and a “head support panel,” a fabric panel sewn between the parachute r isers that will protect the pilot’s head from moving backward dur ing the parachute opening.

For half a century, Thompson Machine the Tool & Die Group Inc. in Albuquerque has been a trusted partner for customers who rely on

The prog ram office has about another 10 tests planned, which will use a mix of low-, middle- and high-weight mannequins.

One of the keys to Thompson Machine’s staying power has been its willingness to evolve with the industry. Early on, the company added a mechanical shear—allowing better control over thin materials—and more recently, it invested in a Haas VF-3 mold-making machine to The company consistently invests in upgrading their equipment and new technology to expand capabilities. The shop floor is equipped with modern tool

“This initial test had promising results and the F-35 enterpr ise is on a path to qualify the helmet . by the end of this summer,” DellaVedova told Defense News. “The lighter helmet expected to be fielded by the end of the year is in line with the seat timeframe as well.”

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and die manufacturing equipment and servo technology stamping presses, the most recent a 170-ton press and servo technology to support complex jobs. These advancements enable the team to deliver consistent, highprecision results across a wide range of industries.

Industrial Production Returns to Growth After February’s Storms Subside

team that truly feels like family.

The Federal Reserve reported that industrial production in March rose 1.4%, returning to growth after an unseasonably stormy February knocked it down 2.6%. The report shows total industrial production rose 2.5% at an annualized rate during the first quarter of 2021 despite the losses endured in February by manufacturing, mining, and utilities companies.

Behind the machines is a dedicated workforce, many of whom have been with the company for 25 years or more. Thompson Machine is proud of its long-tenured toolmakers and the mentorship opportunities it provides, including hiring talent from apprenticeship programs like the one at Los Alamos. Today, the company operates as a certified ISO facility, with a culture grounded in trust, skill, and responsibility. Ann Thompson continues to serve as President, with her daughter Leticia “Lettie” Stirling stepping in as COO and succession plan—ensuring Thompson Machine remains a woman-owned business for the future.

Contact Thompson Machine, the Tool & Die Group Inc. :

Motor vehicles and parts production, which fell 10% in February, rose 2.8% in March but remained depressed by a persistent shortage of semiconductors. Most durable goods indexes rose between 2% to 3%.

Thompson Machine, the Tool & Die Group, Inc. 8400 Washington Place NE Albuquerque, NM 87113

Phone: (505) 345-5658 823-1453

Website: www.thompsonmachineinc.com

Machinery Orders Rise as Automation Grows, Aerospace Soars

The industrial production gauge includes productivity in three sectors: manufacturing, mining, and utilities. Manufacturing production (which excludes mining and utilities output) rose 2.7% in March after falling 3.7% the month before. Mining production improved 2.7%, while utility output fell 11.4% thanks to unseasonably warm March temperatures. Manufacturing output rose 1.9% at an annualized rate.

In nondurable manufacturing, the index for the chemicals industry rose 4.1%, and petroleum and coal products rose 5.7%, although neither sector has fully recovered from severe weather damage—the Federal Reserve noted that some chemicals factories remain offline thanks to damage sustained from February’s winter storms. Most nondurable goods indexes rose between 0.9% and 3.0%.

New orders of metalworking machinery, measured by the U.S. Manufacturing Technology Orders Report published by AMT – The Association For Manufacturing Technology, totaled $429.2 million in June 2025. This was a 9.1% increase from May 2025 and a 7.7% increase from June 2024. Machinery orders placed through June 2025 totaled $2.52 billion, a 13.7% increase over the first half of 2024.

Capacity utilization in manufacturing rose by 1.9 points, also reversing February losses.

Almost all market groups saw improvements in March, despite lingering challenges. The Federal Reserve’s index for other manufacturing, which includes publishing and logging, remained the same, but durable goods and nondurable goods indexes rose 3.0% and 2.6%, respectively.

Looking ahead, Thompson Machine the Tool & Die Group Inc. plans to continue growing its workforce while preserving the values that have defined it for 50 years. With steady leadership, new equipment, and a commitment to quality, the company is well-positioned for the next chapter. As Lettie puts it, Thompson Machine remains a small business with big capabilities—one that has built its reputation on precision, integrity, and the dedication of a

The value of orders in the first half of 2025 is 21.2% higher than for the average year, whereas units ordered in the first half of 2025 are 17.2% lower. This trend underscores the increasing importance that automated machinery

If February was notable for its storminess, March was notable for its heat. The unseasonably warm month coincided with a roughly 10% drop in consumer energy products, and the 11.4% drop in utilitie s utilization was the largest recorded in the history of the index’s 48-year history.

Tornos 6 axis Sigma

Tornos MultiSwiss 6x14

Announcements & Releases Continued

has played in the market for manufacturing technology in recent months, with added options and features increasing order values. Such automated solutions allow companies to gain additional productivity at current workforce levels, bridging the gap caused by the shallow, upward trend of industrial output and the continued decline in employment.

• Contract machine shops, the largest consumer of manufacturing technology, have shown signs of recovery after lagging behind the overall market for much of 2024. Both the value and unit count in new orders are up 12% compared to the first half of 2025. Looking forward, this customer segment could weaken in the remainder of the year, as a higher percentage of shops report an unwillingness to invest in additional machinery over the next 12 months.

• After surpassing $300 million in total investment in the second half of 2024, the aerospace sector continues to invest at a rapid clip, increasing the value of orders by 6% in the first half of 2025 to the highest level recorded. Although news of a strike among some of Boeing’s defense workers could be interpreted as a negative sign, the last strikes at the end of 2024 propelled substantial investment in manufacturing technology.

• Increased demands for electricity and the equipment needed for its generation and distribution have been dominant trends for several months. Demand for machinery from electrical equipment manufacturers has fallen by 19% compared to the first half of

2024, but the value of orders is still 24% above average. By contrast, manufacturers of engines, turbines, and other power transmission equipment increased orders by 19% compared to the first half of 2024, as many data centers supplement what is provided by municipal power grids with on-site generators.

• Primary metal manufacturers have increased orders of manufacturing technology by nearly 50% from the first half of 2024 to the highest level since the second half of 2022. This increased investment comes as North America increases crude steel production, one of the few regions to do so, and executives report higher quotation activity and growing backlogs.

Uncertainty has been the primary economic driver through the first half of 2025, and the first few weeks of the second half show few signs of that instability abating. In AMT’s Summer Economic Update Webinar on Aug. 7, Oxford Economics revised its forecast upward to show modest single-digit growth in machinery orders in 2025. While this is an improvement over their

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Announcements & Releases Continued previous estimates, it implies a significant decline in order activity to erode the 13.7% growth gained through the first half of 2025. At the same time, ITR Economics forecasts a strong second half of 2025 for cutting tool consumption, lifting orders for the year. While these forecasts seem at odds at first glance, cutting tool consumption tends to peak about two quarters after a peak in machinery orders. As the rest of 2025 unfolds, the health and trends of U.S. consumers and businesses will reveal if the momentum thus far will continue – or if cyclical peaks are on the horizon.

The United States Manufacturing Technology Orders (USMTO) Report is based on the totals of actual data reported by companies participating in the USMTO program. This report, compiled by AMT – The Association For Manufacturing Technology, provides regional and national U.S. orders data of domestic and imported machine tools and related equipment. Analysis of manufacturing technology orders provides a reliable leading economic indicator as manufacturing industries invest in capital metalworking equipment to increase capacity and improve productivity. USMTO.com.

AMT – The Association For Manufacturing Technology represents U.S.-based providers of manufacturing technology – the advanced machinery, devices, and digital equipment that U.S. manufacturing relies on to be productive, innovative, and competitive. Located in McLean, Virginia, near the nation’s capital, AMT acts as the industry’s voice to accelerate the pace of innovation, increase global competitiveness, and develop manufacturing’s advanced workforce of tomorrow. With extensive expertise in industry data and market intelligence, as well as a full complement of international business operations, AMT offers its members an unparalleled level of support. AMT

also produces IMTS – The International Manufacturing Technology Show, the premier manufacturing technology event in North America. Learn more at AMTonline.org.

What Can Skill Up AZ Do for Your Business?

Skill Up AZ is a registered apprenticeship program with the state of Arizona. We help manufacturers build the workforce they need in two ways:

Train Current Employees – Do you already have team members with potential? We provide structured training to turn them into skilled CNC machinists. With Skill Up AZ, you save on recruitment costs and build long-term retention.

Hire New Apprentices – We connect you with motivated candidates who’ve passed the NTMA Mechanical Aptitude Test and are ready to learn in your shop.

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Admiral Metalworking Fluids Is Pleased To Announce They Are The NEWEST Distributor For FUCHS Lubricants

Admiral Metalworking Fluids has just announced they are Newest Distributor for FUCHS in WA, AZ, UT, NV, OR, and ID. Though they

are new to the Metalworking Fluids industry as a company, their team members are not. Dave Smith and Raúl Esparza bring years of experience and knowledge to the Metalworking Fluids Industry as well as the Manufacturing and Machining Industries.

FUCHS is the world’s largest independent Manufacturer and Supplier of Lubricants and related Specialty Products. They also produce a vast range of products for a multitude of industries and applications. The company offers over 10,000 products that serve a wide array of applications. These products include cutting fluids, quenching fluids, and corrosion preventatives among various other products for the Manufacturing Industry.

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be manufactured within a month. The first two weeks will be used to manufacture 1 kilowatt of solar cells and modules, and the second two weeks will be used to assemble and integrate the solar array.

It also helps solidify the Tempe company as an emerging player in Arizona’s booming defense contracting and aerospace sector, giving it a role in bringing more efficiency and agility to American military capabilities.

“This is a meaningful award for us that will result in critical research and development benefiting the U.S. Space Force,” Solestial CEO Margo de Naray said in a statement. “Long manufacturing lead times have plagued the incumbent solar technology for space. Through our use of affordable, accessible silicon and automated manufacturing of solar cells and solar power modules, Solestial is uniquely positioned to solve this critical bottleneck and support mission readiness.”

The deal is the latest development in what has been an eventful year for Solestial, which in May closed a $17 million series A funding round and around the same time named de Naray as its new CEO. The company was also a finalist in AZ Inno’s Fire Awards this year.

Under the deal, Solestial said it will optimize its low-mass, radiationhardened silicon solar cells and solar power modules as it develops, builds and tests a new multiorbital solar array wing for small satellites as well as develop new module electrical interconnectors.

The work will be done with fast integration and assembly in mind, with the project finishing up with a demonstration that a complete solar array wing can

Solestial was selected for the contract by Los Angeles-based SpaceWERX, the innovation arm of the Space Force. SpaceWERX collaborates with innovators in private industry, academia and the government to integrate new technologies into the space agency’s capabilities.

Solestial said that to date it has been awarded more than $7 million in Small Business Innovation Research (SBIR) contracts from the Space Force, the U.S. Air Force, the Air Force Research Laboratory, NASA and the National Science Foundation. By Jeff Gifford – Phoenix Business Journal

German vacuum pump giant expands US footprint with Arizona facility

Maulburg, Germany-based Busch Vacuum Solutions announced it leased a nearly 60,000-square-foot industrial building for its Tempe service center, slated to open in October and create “many skilled jobs,” according to the company. The lease is less than a mile from where technology services provider Zelis plans to set up a 4,436-square-foot printing production facility.

“This investment represents our long-term commitment to Arizona and the broader region,” Jake Young, spokesman for Busch Vacuum Solutions, said. “We are dedicating significant resources to equip the facility with cuttingedge technology, expand our capabilities, and build a highly skilled, diverse workforce.”

Busch Vacuum Solutions’ Tempe facility will serve as a “key regional hub” that specializes in repair, service and overhaul of vacuum pumps, systems and overpressure equipment.The facility will provide faster turnaround times, expert support and efficient service delivery to the company’s U.S. customers in the semiconductor, industrial, medical and environmental sectors.

“This investment represents more than just added square footage. It’s about proximity, partnership, and performance,” Turgay Ozan, president and CEO of Busch Group USA, said in a statement. “With the launch of our Tempe location, we’re better positioned to deliver unmatched value to customers who rely on advanced vacuum technologies in high-performance environments.”

While Busch Vacuum Solutions’ Tempe facility will support a wide range

of industries, Arizona’s “dynamic and expanding semiconductor sector” was a key factor in the company’s decision to expand to the state, Young said.

In addition to semiconductor and industrial markets, Busch’s vacuum technology supports automotive, food and beverage, packaging, metallurgy, pharmaceuticals, plastics, and largescale distribution.

Busch Vacuum Solutions is a business division of the Busch Group, a privatelyheld family business. The Busch Group, which manufactures vacuum pumps, compressors and gas abatement systems, has 8,000 employees and operates 23 production plants worldwide.

Busch Vacuum Solutions has a significant presence in the U.S., operating its national headquarters and a 200,000-square-foot manufacturing facility in Virginia Beach, Virginia. It has service centers in eight states, according to the company’s website. By Amy Edelen – Phoenix Business Journal

The truth about building a career in American manufacturing

A retired executive with over 25 years of experience in the food and consumer product industry says revitalizing U.S. manufacturing shouldn’t be romanticized but can offer rewarding careers.By Don Brock

Manufacturing in the United States isn’t romantic. Despite what glossy ads, political speeches and tech expos suggest — gleaming robots, spotless factories and the promise of bringing jobs back home — the reality is more brutal.

I’ve learned it’s steel-toed boots, long hours and being measured by your last shift, your last run, your last screw-up. And for those who stay it’s also about pride, grit and mastery. But none of it comes easily.

As the country talks about reviving American industry, the real question is whether our workforce — and our expectations — are ready for what that truly demands. These are some of my lessons from decades on the job. The entry point is hard, fast and underpaid

Most people don’t “choose” manufacturing; they land in it. Sometimes from a technical school. Often from circumstance. You get your foot in the door — running a filler, packing pallets, loading raw materials — and you realize quickly that no one’s waiting to hand you anything.

The work is physical. The pay at the beginning is barely enough. Maybe $18 an hour, if you’re lucky. Maybe rotating 12-hour shifts with no childcare. The benefits vary widely — union shops can be solid; non-union ones often tread the fine line between acceptable and exploitative.

And the unspoken reality is you may experience injuries, repetitive stress, line fatigue and night shifts that screw up your sleep for years.

The climb has no map, few guides

Moving up in manufacturing requires more than hustle. It takes visibility, timing and often politics.

The best operators don’t always become supervisors. The best supervisors don’t always get promoted. And there’s usually no clear pathway — just a mix of luck, attrition and whoever happens to be watching.

Middle management? That’s where careers either advance or stall. You’re stuck between the C-suite’s cost obsession and the frontline’s daily chaos. You make decisions no one thanks you for and get blamed for outcomes you didn’t control.

Leadership in manufacturing is not about glossy strategy decks. It’s about walking the floor when you’re

exhausted, defusing conflicts with HR breathing down your neck, keeping lines running when half the crew calls out and still hitting a margin target that was set by someone who’s never touched a valve or heard a piston seize.

The culture varies. Some plants are toxic: blame-heavy, turfdriven, unsafe. Others are tight-knit, even familial, where veterans look out for rookies and you solve problems with duct tape and a handshake.

But make no mistake: ego, burnout and generational divides are everywhere. The old guard resents the new hires. The latest hires roll their eyes at “the way we’ve always done it.” HR often spends more time rolling out diversity initiatives than addressing the real, unresolved safety issues on the third shift, where the newest, least experienced workers face the highest risks.

And most outsiders — executives, consultants and media — don’t understand what it takes to build something, fix something, or keep it running continuously 24/7 without failure.

The rewards are real, but earned

If you survive the grind — and learn to lead — manufacturing offers something no desk job can. You can point to something and say, “We made that.”

You learn systems. You learn people. You learn what it means to stand up under pressure and keep going

when everything’s breaking. And for some, you learn how to transform not just product, but culture — how to lead turnarounds, build teams and leave plants better than you found them.

Yes, the money gets better. Six figures is attainable if you transition into operations leadership, technical direction, or supply chain management. But you’ll earn every penny in sleepless nights, holiday calls and constant stress.

And still, you might get laid off after a merger and reorganized when a private equity group cuts costs or pushed out when you’re “too expensive” after building the whole damn system.

It’s either a calling, or it breaks you

Manufacturing, although not easy, has been a productive career for me. However, are we willing to invest in what it takes to make that the case for everyone?

Manufacturing will harden you, humble you, and — if you let it — shape you into something fierce and capable. But it’s not for the faint of heart or the glory-seeker.

It’s for those who believe in execution over excuses, in teams over titles and in building things that matter — even when no one’s looking. So, what’s it like to build a career in U.S. manufacturing? It’s brutal. It’s beautiful. And it’s real work.

As the country rallies around the idea of bringing

Continued From Previous Page

manufacturing back home, we need to ask: Is this truly what we want? And if so, are we prepared to invest in the education, training and cultural readiness it demands?

Tesla Nears Completion of Nevada LFP Battery Plant

Tesla is nearing completion of its lithium iron phosphate (LFP) battery plant in Nevada, a move that strengthens U.S. energy storage capacity and chips away at the country’s reliance on foreign-made battery cells. The site is set to manufacture LFP batteries — a chemistry gaining ground due to its lower cost, safety advantages, and key material independence.

Unlike traditional lithium-ion chemistries that rely on scarce and expensive metals like cobalt and nickel, LFP batteries use more abundant materials, simplifying the supply chain. That’s a strategic advantage as global battery demand outpaces mining and refining capacity for critical minerals. Tesla’s choice to scale this chemistry domestically positions it to better control both battery costs and production timelines.

Supporting Core Tesla Business Lines

The Nevada facility will support two of Tesla’s major business lines: electric vehicles and stationary storage. The company has already started placing its second-generation LFP cells in GM’s Silverado EVs, helping trim battery costs by up to $6,000 per vehicle. Bringing volume production in-house is expected to improve margins and secure supply at a time when automakers face volatile prices and trade risks.

Innovations and Safety Benefits

Tesla has filed patents aimed at boosting LFP energy density by 33%, a key step toward closing the performance gap with nickelbased batteries while keeping manufacturing costs low. The added safety benefits — LFP chemistry significantly lowers fire risks — make it well-suited for grid storage installations and entry-level EVs, where durability and price matter more than high range.

Strategic Implications and National Goals

This project fits into a broader push by the federal government to onshore battery production and reduce strategic dependencies. By localizing LFP manufacturing, Tesla supports U.S. goals to decarbonize transport and power infrastructure without deepening exposure to foreign critical mineral markets.

Shift in Battery Priorities

The Nevada ramp-up signals a shift in battery tech priorities. As cost and scalability begin to outweigh outright performance in many markets, LFP is no longer a niche alternative. High-volume production from a major player like Tesla suggests it’s moving to the center of the U.S. electrification strategy.

TSMC to invest $100 billion in new Arizona fabs

Semiconductor Manufacturing Co. will invest as much as $100 billion to build three more computer chip factories, two advanced packaging centers and a research and development center that will create thousands of jobs in Arizona, the White House announced.

President Donald Trump and TSMC CEO C.C. Wei unveiled the company’s investment to spur domestic production of AI chips, building upon the company’s previously announced $65 billion investment in its north Phoenix fab site.

TSMC’s expanded investment is expected to support 40,000 construction jobs over the next four years and create tens of thousands of high-paying, permanent hightech jobs in advanced chip manufacturing and R&D.

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“This will create hundreds of billions of dollars in economic activity and boost America’s dominance in artificial intelligence and beyond,” Trump said. “Semiconductors are the backbone of the 21st century economy, and really, without the semiconductors, there is no economy powering everything from AI to automobiles to advanced manufacturing. And we must be able to build the chips and semiconductors that we need right here in American factories with American skill and American labor. And that’s exactly what we’re doing.”

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TSMC, the world’s biggest semiconductor manufacturer, produces chips for companies including Apple, Intel and Nvidia. The company began mass production of 4- nanometer chips for Apple — its largest customer — in January. Last September, the Business Journal reported that TSMC’s Arizona factory, or fab, reached a trial production yield rate similar to the company’s yield rate at its Fab 18 in Tainan, Taiwan, which had put the fab ahead of schedule.

“In Phoenix, Arizona with 3,000 employees, we are producing the most advanced chips made on U.S. soil,” Wei said during the press conference. “With the success of our first fab, we are now very happy to announce we are going to invest additional $100 billion U.S. dollars in addition to our current $65 billion U.S. dollar investment in Arizona … we are going to produce many chips to support AI progress and support smartphone progress.”

As the Business Journal reported in December, TSMC is on track to begin mass production at its Arizona fab site in Q1 of this year. Operations are expected to begin at TSMC’s second Phoenix factory in 2028. The company’s second fab will produce 2- and 3-nanometer process technologies for AMD, Apple, Nvidia and Qualcomm.

Last November, the White House finalized its award of a $6.6 billion CHIPS Act grant to TSMC with plans to disburse $1 billion to the chipmaker by the end of 2024 to support its Arizona fab.

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Next Level Decking opens Goodyear facility with cutting-edge technology

Next Level Decking, a steel products manufacturing company that supplies the building industry, opened a facility equipped with a topof-the-line automatic machine in Goodyear.

The company is owned by CEO and founder Brandon Bell, a Yuma-born, secondgeneration steel fabricator who owns other steel companies in Arizona. This is his latest venture in the Valley, adding to his other Goodyear companies: Next Level Steel, which also has a location in Mesa, and Roll Former Solutions.

Next Level Steel was recognized on Inc.’s 2024 5000 List and produces eco-friendly, super-spanning castellated steel beams, which Bell brought to the Phoenix area market. His specialty firm, Roll Former Solutions, manufactures support systems for metal roofing and steel structures.

Bell has been in the steel industry for around two decades and has seen first-hand the difficulty of purchasing steel deck — the construction material made from steel sheets used in both roof and floor construction — from major, out-of-state producers. “It’s known, in the industry, as kind of a pain in the butt to deal with these big companies,

these billion-dollar companies that sell deck,” Bell said. “It’s just been a hassle, and it’s a market that I can do well in, as far as providing a better product with better service.”

Next Level Decking’s Goodyear location is at 15836 W. Eddie Albert Way, a 50,000-squarefoot facility which it shares with Next Level Steel. The plant is the only one of its kind west of the Mississippi equipped with a fully automated Gasparini roll former machine, according to the company’s announcement.

“I found the team, and I needed a machine. I wanted to have the best machine out there, the most automation,” Bell said. “Because a lot of the machines, if you look in the industry, are made of 1950s technology. Nothing’s changed.”

A key component of the business and new facility is its Gasparini

machine, which he said took 14 months to ship from Italy. That machine can handle different-sized materials and loads its own coils, rather than requiring a manual process with a forklift, which is safer and faster, Bell said.

Next Level Decking’s Goodyear facility is equipped with a Gasparini roll forming machine.

“With the most advanced machinery in the industry, an all-American supply line, and a deeply experienced team, we’re built for today’s market and tomorrow’s growth,” Bell said.

Bell hopes to create a one-stop shop for structural contractors who need steel deck products, as recordsetting industrial development engulfs the Southwest. A study by Colliers found that the Phoenix area had its highest level of industrial construction deliveries in 2024 — adding 34.8 million square feet of new space and demonstrating 7.8% inventory growth.

The Business Journal reported in April that Phoenix ranked second in the country with 15.1 million square feet of industrial space under construction, trailing only Dallas.

To staff his company, Bell assembled a nine-person team of experienced professionals who were retiring from the industry. Kelsey Lavicka, senior engineer, has 12 years of steel deck and construction experience, and sales manager Thomas Edwards has over 15 years. Project manager Frankie Almonte also brings 15 years of experience, 13 years of those in the deck industry, while estimating manager Adam Snay has 20 years.

With its signature machine up and running, Next Level Decking is now catching up on orders. Next Level Decking is Bell’s mission to “revolutionize” commercial steel decking in the Southwest. It offers supply chain dependability for commercial and industrial contractors in Arizona, and other states like California, Nevada, Utah, Colorado, New Mexico, Texas and Idaho.

“There are a lot of people out in the industry that are fed up with the big company mentality and are excited to use somebody new,” Bell said. By Griffin Uribe Brown – ACBJ/ Dow Jones Intern, Phoenix Business Journal

Nevada Supplier expects to benefit from $16.5B Tesla, Samsung AI chip deal

Graphjet Technology says growth in U.S. semiconductor manufacturing is timely for its planned expansion in Nevada.

Tesla’s $16.5 billion AI chip deal with Samsung, announced by CEO Elon Musk on his social media platform X, is set to provide a major boost to U.S. semiconductor manufacturing

Continued Next Page

as well as benefit an emerging field of domestic suppliers including Graphjet Technology.

Graphjet, a producer of graphene and graphite, said Tesla’s announcement was timely with its plan to build a production plant in Nevada.

“As a producer of graphite and graphene, Graphjet stands to benefit from the expansion of the AI chip production as graphite and graphene plays a crucial role in semiconductor manufacturing, particularly in processes requiring high temperature and precise control,” CEO Chris Lai said in a statement.

Graphjet’s planned facility in Nevada will convert 30,000 metric tons of agricultural waste into 10,000 metric tons of graphite annually, enough material to power more than 100,000 electric vehicles.

Tesla’s eight-year agreement with Samsung ensures a pipeline of next-generation A16 chips, which will be produced at the technology firm’s new fabrication plant in Taylor, Texas. The new chips have assorted applications including use in autonomous vehicles, humanoid robots and AI data centers.

Despite slowing demand for electric vehicles, the need for high-tech components including semiconductors, batteries and critical minerals, continue to rise. Many massive manufacturing building projects are

already underway to develop a domestic supply chain.

In December, the Department of Commerce finalized Samsung’s $4.75 billion award funded through the CHIPS and Science Act to boost domestic manufacturing. It followed the previously signed preliminary memorandum of terms announced on April 15, 2024.

Taiwan Semiconductor Manufacturing Co. announced plans in March announced to invest an additional $100 billion in the U.S. on top of the $65 billion it already was spending on three chip plants it was constructing in Arizona. Nvidia in April said it would invest $500 billion to manufacture AI chips in Arizona and Texas.

These domestic semiconductor projects will mean potential business for Graphjet. Lai said his company has already started generating revenue and has experienced increasing interest in its products.

“The growth in the semiconductor industry will accelerate the growth of our company,” Lai said.

Graphjet was founded in 2019 in Malaysia. The company aims to begin production by 2026. By: Larry Avila, Manufacturing Dive

Sandia Labs, Kirtland AFB reveal record-breaking economic impacts for New Mexico

Leadership from Sandia National Laboratories and Kirtland Air Force Base, two powerhouses driving the economy in Albuquerque and across the state, discussed each entity’s economic impact Aug. 12 at the Kirtland Partnership Committee’s biannual economic impact meeting.

Sandia National Laboratories

Director Laura McGill announced that in 2024, the labs had an all-time high $5.2 billion in total expenditures. Kirtland Air Force Base Wing and Installation

Commander Col. Justin Secrest said the base had a $7.5 billion economic impact in 2024.

Here’s a recap of the economic impact numbers from McGill and Col. Secrest’s speeches.

Sandia National Laboratories

Sandia National Laboratories’ $5.2 billion total expenditures was a $424 million increase from 2023 to 2024 and a 66% increase from 2017, McGill said.

“These numbers reflect the trust our sponsors place in Sandia and the growing complexity of the challenges we are asked to solve every day,” she added.

Sandia National Laboratories spent over $3.2 billion on labor and other non-subcontract payments in 2024, McGill said. Of that $3.2 billion, $1.8 billion went to payroll in New Mexico, McGill added.

“That payroll supports thousands of families and helps spur growth across our community,” McGill said.

The lab also spent $1.7 billion on goods and services, McGill said. And nearly $615 million of that figure went to New Mexico businesses, with $505 million of $615 million supporting New

The lab also paid $133 million in gross receipts tax, McGill said. “The kind of impact we have doesn’t happen by accident,” McGill said. “It’s the result of thousands of daily decisions we make, choosing to buy local where we can, partnering with small businesses and investing in our people.”

Kirtland

Air Force Base

Kirtland Air Force Base’s $7.5 billion economic impact in 2024 is 12% of the entire Albuquerque area economy, Secrest said.

The base also employs 5% of the Albuquerque area’s workforce, and its payroll reached $2.6 billion in 2024, Secrest said.

The base is also responsible for $2.1 billion in job creation value, supporting over 56,000 jobs in the local economy, Secrest said.By Cooper Metts – , Albuquerque Business First

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NASA launches solar research mission from White Sands Missile Range

NASA launched its “groundbreaking” Solar Eruption Integral Field Spectrograph mission, or SNIFS, from New Mexicobased White Sands Missile Range on July 18.

The SNIFS payload was delivered to space via a Black Brant IX sounding rocket to an altitude of 215 miles. It then descended for recovery at White Sands. The payload will help researchers explore the “energy and dynamics of the chromosphere, one of the most complex regions of the sun’s atmosphere,” according to the release.

Reports show the launch successfully retrieved “good data.”

The chromosphere is an area located between the sun’s 602.845.1256 • info@azmep.com

visible surface and its outer layer. While other layers of the sun’s atmosphere have been studied, the chromosphere is one place where questions remain.

The chromosphere lies just below the outer layer, or “corona,” home to a variety of solar eruptions, which drive what is known as space weather, close enough to Earth that they threaten satellites and the safety of astronauts.

This mission aims to learn more about how energy moves and is converted ultimately powering explosions in the sun’s chromosphere.

“To make sure the Earth is safe from space weather, we really would like to be able to model things,” Vicki Herde, a doctoral graduate of the University of Colorado Boulder who worked with Chamberlin to develop SNIFS, said in a statement.

The entire mission was expected to last 15 minutes according to the release, and the relatively small (albeit 70-foot tall) sounding rocket carrying the payload, was expected to drift around 70 to 80 miles from the launchpad before returning, making an open desert like New Mexico’s White Sands an ideal place for the rocket to land.

Ray Watson, a U.S. Navy test officer and program manager for Launch Complex 36 at White Sands Missile Range, talked to Albuquerque Business First about the unclassified missions like this one which WSMR often supports.

Many missions study the sun, but also deep space which could include looking at remnants of supernovas or wavelengths of energy, for examples.

These include a variety of university-driven missions from places like MIT, Pennsylvania State University, Northwestern College, Embry-Riddle Aeronautical University and in this case, the University of Colorado Boulder collected data and will carry out subsequent research.

They typically conduct six to eight missions per year with NASA, who sends grants to universities to fund their selected studies and help coordinate a sounding rocket launch.

WSMR provides range scheduling and resource management for missions. NASA sends out a mission manager, and they spearhead integration of all the folks coming out, equipment including experiment materials, the payload and the rocket motors.

WSMR staff helps with the integration of the rocket motors, which are basically delivered in boxes and have to be assembled. 25-0141 Terrier Black Brant Dr. Charmberlin 36.372

The relatively small (albeit 70-foot tall) sounding rocket carrying the payload, was expected to drift around 70 to 80 miles from the launchpad before returning, making an open desert like New Mexico’s White Sands an ideal place for the rocket to land. Dylan Totilo, WSMR

“If you ever played with model rockets when you were a kid, this is just a really, really, really big model rocket,” Watson said.

He also mentioned upcoming plans for a solar campaign

involving simultaneous launches, just seconds apart, to capture data during sunspot activity.

WSMR has ramped up its recent collaborations with NASA, including streaming launches on NASA’s website, Facebook and YouTube.

The site often partners with schools and universities to conduct tours and carry out recruiting efforts and works to increase visibility with the local community.

Watson said launches can draw staff from participating organizations for weeks, impacting the local economy through hotels and restaurants primarily in Las Cruces.

“The (economic) impact on the community for just like, one little mission here is pretty small, I’d say. But if you look at it as a whole, on the amount of work that goes on at WSMR, the impact on community is huge,” he said.By Molly Callaghan – Albuquerque Business First

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successful selection of a site and finalization of state incentives.

The project will potentially bring about 200 highwage jobs to New Mexico including an interdisciplinary mix of physicists, engineers, technicians and operations staff, according to Economic Development Department Secretary Rob Black and one of Pacific Fusion’s five cofounders, Chief Operating Officer Carrie Von Muench.

The company currently employs over 100 people, according to a company spokesperson.

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The race between New Mexico and California for Pacific Fusion's groundbreaking facility is heating up, with a decision expected soon.

The New Mexico Economic Development Department recently announced a memorandum of understanding between the state and Pacific Fusion, for the identification of a site for the company’s planned research and development facility, to be located in Albuquerque.The overall economic impact of the potential investment is $1.2 billion, calculated by NMEDD.

Pacific Fusion is on track to make a final decision in September 2025, currently choosing between locations in California or New Mexico, contingent upon the

“From our perspective, they couldn't pick a better place than New Mexico. … Sandia National Labs is the place where fusion started globally, and we have such an amazing workforce, whether you're talking about the scientists or the folks who will need to do the plumbing, the pipe fitting, the welding — we have very high-skilled technicians that will be important for these types of jobs,” Black told Albuquerque Business First.

The path to an MOU has involved extensive site visits and collaboration with various state and city entities according to Black including state agencies, staff at the city of Albuquerque and others.

A key stakeholder has been the Albuquerque Regional Economic Alliance, which has been helping the company identify a location and helped connect the company with regional partners throughout the process.

New Mexico offers

New Mexico up against California for $1.2B research facility

competitive incentives such as the Local Economic Development Act, the Job Training Incentive Program and the High-Wage Jobs Tax Credit, according to Black.

The company is exploring multiple sites in the state, including one at Mesa Del Sol, Black confirmed.

“(Fusion technology) started at Sandia National Labs with the Z Machine back in the 1960s with their Pulse Power Program, so it makes sense that they would want to be close to Sandia and some of the best minds in this space and research and be part of that research and development ecosystem here in New Mexico,” Black added.

The Fremont, California-based fusion company, which deigns and builds pulsed magnetic fusion systems, was founded in 2023 and emerged from stealth in 2024. It has already raised more than $900 million in private capital from sources, including General Catalyst and Breakthrough Energy Ventures.

The investment followed three key breakthroughs which “really changed the field” in 2022, according to Von Muench:

• Researchers at Sandia National Laboratories’ sister lab, Lawrence Livermore National Laboratory, demonstrated controlled ignition at the National Ignition Facility, definitively proving the physical conditions that are required to get more energy out of a fusion reaction than was required to drive the reaction.

• Sandia researchers demonstrated a more efficient way to reach those conditions using electric pulsers rather than lasers.

• Third, company Chief Technology Officer Keith

technology that more than doubles the efficiency and power density of traditional pulsers.

“You have a fusion company whose risk profile looks really different than that of a lot of fusion companies in the past. As a result, we had a pretty clear road map to execute against from the beginning. … It was against that very clear road map that we were able to raise the financing that we did basically from the outset,” Von Muench said.

This research facility is a key step toward the company’s access to that capital."I've just repeatedly been impressed by and grateful for the level of collaboration that many folks are willing to bring to our discussions," she said. "We're excited about New Mexico, among other reasons, because it's a state whose values are implemented in the Energy Transition Act and whose economic development priorities align really well with our project. We’ve definitely seen that reflected in our day-to-day interactions with many people in the state.” By Molly Callaghan

LeChien, who once lived in Albuquerque and worked at Sandia and at Lawrence Livermore, co-invented

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Raytheon's Tucson missile unit racks up another multibillion-dollar contract

RTX Corp.’s missile manufacturing operation, Tucson-based Raytheon, has been awarded a $3.5 billion contract from the U.S. Air Force for the production of missiles as part of the Advanced Medium Range Air-to-Air Missile, or AMRAAM, program.

Under the deal, Raytheon’s Tucson operation will produce AMRAAM missiles, telemetry system equipment, and initial and field spares, as well as conduct production engineering support activities.

The deal benefits foreign military sales partners including Denmark, Belgium, Japan, Netherlands, Canada, Finland, Germany, Hungary, Spain, Poland, Sweden, Taiwan, Lithuania, the United Kingdom, Australia, Switzerland, Ukraine, Israel and Kuwait, according to the U.S. military.

“As global conflicts intensify and air threats become more sophisticated, AMRAAM continues to give allied forces a decisive edge in combat,” said Sam Deneke, president of Air & Space Defense Systems at Raytheon, in a statement. “This award underscores the critical role that the fifth-generation AMRAAM plays in maintaining air superiority and will ensure service members have the advanced technology needed

to stay ahead of adversary threats.”

The contract runs through the third quarter of fiscal year 2031.

Before this latest deal, Raytheon had already racked up three contracts this year worth $1 billion or more — including one deal valued at $2.1 billion. They have helped make the company the money leader in Arizona’s booming aerospace and defense sector — which has been on a growth streak with a number of cutting-edge projects.

This latest deal also surpasses a $1.19 billion AMRAAM contract from September 2024 that had been the largest contract in the program.

The AMRAAM program is part of the U.S. military’s Form, Fit, Function Refresh program — also known as F3R — under which engineers upgrade circuit cards and other hardware in missile guidance systems and update legacy software to upgrade midrange air-to-air AIM120D3 and AIM-120C8 munitions and keep them viable for years to come as threats evolve. The first contract of its kind was awarded to Raytheon in Tucson in 2022. By Jeff Gifford –Phoenix Business Journal

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TSMC’s

Q2 revenue tops $30B, beats expectations

who flew more than 10 times in the past year wanted to hop onto an air taxi, with business travelers being chief among them (65%). And for millennials, the interest was at 65%, compared to 58% of overall respondents.

Chairman and CEO C.C. Wei provided more details of the company’s manufacturing plans in the United States. In March, TSMC announced plans to invest an additional $100 billion in the U.S., bringing its total investment to $165 billion.

Phoenix-based Honeywell Aerospace Technologies is currently a division of Honeywell International Inc. (Nasdaq: HON), but the parent company announced earlier this year that its aerospace business and its automation unit would be split off into separate publicly traded companies. That followed calls late last year from an activist investor to make the move.

The expansion includes plans for six advanced wafer manufacturing fabs in Arizona. Its fourth facility will use N2 and A16 process technology, and its fifth and sixth facilities will use “even more advanced technology,” Wei said.

“The construction and ramp schedule for those fabs will be based on our customers’ needs,” Wei said. “Our expansion plan will enable TSMC to scale up to a gigafab cluster in Arizona to support the needs of our leading-edge customers in smartphone, AI and HPC applications.”

Honeywell Aerospace — which said it will remain headquartered in Phoenix after the split, expected in the second half of 2026 — is Arizona's second-largest defense contractor, with just under 2,000 contracts in fiscal year 2024 valued at a total of $657.58 million, according to Business Journal research. With 7,124 employees in the state in 2023, Honeywell Aerospace ranked as Arizona's 23rd largest employer last year. By Jeff Gifford –Phoenix Business Journal

The investment will also be used to build two advanced packaging facilities and establish a research and development center in Arizona to complete TSMC’s AI supply chain, supporting “strong multiyear demand” from TSMC customers, Wei added.

Robotics company to establish global HQ in Phoenix

Imagine a world where a team of robots could lend a helping hand to small businesses for repetitive tasks, or clean and prep a construction job site overnight, allowing human workers to get more done during the day.

TSMC’s first Arizona fab began high-volume production in the last quarter of 2024, using N4 process technology. Construction of its second fab, which will utilize 3-nanometer

process technology, is complete. Whereas the construction of its third fabrication facility, which will use 2-nanometer and 16 process technologies, has begun.

Once construction is completed, around 30% of TSMC’s 2-nanometer and “more advanced capacity” will be located in Arizona and create a semiconductor manufacturing cluster in the U.S., Wei said.

Revobots aims to make that vision a reality with the company’s flagship AI-driven, 3D printed humanoid robot, Taskbot, which is equipped with dual arms, a dexterous “handlike” gripper, and an intelligent “face” packed with sensors.

TSMC’s Q2 exceeded leadership’s expectations. It was previously anticipated to generate revenue between $28.4 billion and $29.2 billion.

“The Taskbot can be controlled through AI. You tell it what you want it to do, it will figure it out and complete the job,” said Andre Christian, cofounder and chief marketing officer for Revobots. “Or you can say, ‘Hey, I don’t have a Phillips screwdriver.’ Taskbot will print one and do the job for you. That’s going to be a game changer, and that, to us, is where civilization starts to change because everybody now has the means of production at their hands.”

Despite the revenue hike and positive forecast, the fluctuating foreign exchange rate between the U.S. and the Taiwan dollar could have a “sizable” impact on the chipmaker’s reported revenue and gross profit margin, Huang said on the earnings call. While nearly all of its revenue is in U.S. dollars, about 75% of TSMC’s cost of goods is sold in Taiwan dollars.

The company plans to establish its global headquarters in the Valley.The Phoenix region has increasingly become a landing spot for high-tech companies.

TSMC has six factors to determine its profitability: leadership technology development and ramp-up, pricing, capacity utilization, cost reduction, technology mix and foreign exchange. The latter of which is out of the company’s control, Huang added.

Continued Next Page

“When the foreign exchange rate is unfavorable as it is currently, we will focus on the fundamentals of our business and lean on the other five factors to manage through it, and we have successfully done in the past,” Huang said. “Thus, even with the unfavorable foreign exchange rate, we believe a long-term gross margin of 53% and higher remains well achievable.”

Going into the second half of the year, TSMC has not seen any changes in its customers’ behavior so far, Wei said on the call. Nevertheless, the chipmaker acknowledges the uncertainties and risks associated with the potential impact of tariff policies, particularly on consumer-related and price-sensitive end-market segments.

Still, the company believes that this is “short-term in nature” and continues to anticipate a mild recovery in the non-AI end market in 2025, Wei added.

This ‘boring’ tariff strategy can make a huge difference, experts say

As tariff volatility continues to disrupt trade and commerce, companies are looking for effective ways to navigate the shifting backdrop.

Many are leveraging the latest technologies for enhanced decisionmaking and visibility into their supply chains. However, sometimes the best solutions can be relatively simple.

For example, regular monitoring of the U.S. Harmonized Tariff Schedule, a system used to classify traded goods, can yield significant cost savings opportunities, panelists said during sessions at Manufacturing Dive’s July 23 event, “Supply Chain Outlook: Trends and Risks to Watch in 2025.”

Venky Ramesh, director of sourcing and procurement transformation at business advisory firm AlixPartners, said he knew of a Vietnam-

based battery manufacturer that recently lowered the duty rates of its exported goods from 55% to 30% by reclassifying to another eligible tariff code.

Previously, the company was importing its batteries into the United States under the HTS code for electric vehicles. Following an audit, Ramesh said the manufacturer realized it could legally switch certain products to a different classification with a lower duty rate. This is because the batteries are not just used for EVs, but for general power storage as well.

“Regular HTS auditing sounds a little boring, not that exciting, but it can sometimes make a huge difference,” Ramesh said.

Monitoring the tariff codes for updates is also key from a competitive standpoint. Adam Borchert, partner at Bain & Co., said it becomes an “important game” when sourcing from multiple suppliers or geographical regions.

“The moment that the tariff code changes and it’s [different] across your suppliers, it gives you the chance to be more responsive and take advantage of the changes,” Borchert said.

Beyond diligent monitoring, companies across the supply chain are leveraging artificial intelligence and machine learning tools for scenario modeling as a way to prepare for anticipated tariff disruptions.

With AI-driven technology, they can forecast what would happen to demand if they were to pass-through all of the tariff costs versus half to the customer, among other scenarios, said Dustin Burke, global supply chain leader at Boston Consulting Group.

PQI’s Strategic Expansion into New Mexico: A Highly Skilled Metrology Team for the Southwest

A Leading Metrology Provider Poised for Growth

Productivity Quality, Inc. (PQI) is a trusted name in metrology solutions, delivering calibration, contract inspection, training, and precision measurement equipment to manufacturers for over 30 years. Headquartered in Plymouth, Minnesota—with regional centers in Denver, Colorado, and Salt Lake City, Utah—PQI is the exclusive distributor for Hexagon Manufacturing Intelligence across the Rocky Mountain states.

From coordinate measuring machines (CMMs) and vision systems to portable arms and laser trackers, PQI delivers cutting-edge technologies alongside accredited services. Now, with its latest expansion into Albuquerque, New Mexico, PQI is bringing its unique brand of expertise and equipment closer to companies in the Southwest.

Why New Mexico?

Recognizing rising demand across New Mexico and neighboring states, PQI just opened a new regional office in Albuquerque, New Mexico. The facility will provide the same hands-on support, live demonstrations, and engineering expertise that have become hallmarks of its other locations.

The decision to expand was driven by a clear trend: increasing demand from customers seeking local access to advanced inspection technologies and calibration services. New Mexico’s strong base of technical industries, including the prestigious Sandia National Laboratories and Los Alamos National Laboratory, coupled with its access to regional supply chains, made it a natural choice.

“For many of our customers, time and logistics matter. Opening a full-service location in New Mexico allows us to offer hands-on support, faster service, and closer partnerships,” says Matt Rindal, President of PQI.

The new location extends PQI’s coverage into southern Colorado,

New Mexico, western Texas, and Arizona, eliminating long-distance equipment shipping and making training and support far more accessible.

What the New Mexico Location Offers

PQI’s new facility will replicate key elements of its successful centers in Denver and Salt Lake City. Customers can expect a working showroom featuring live equipment such as CMMs, vision multisensor systems, portable measuring arms, and laser trackers—allowing for proof-of-concept testing and interactive demonstrations.

In a significant addition to the Albuquerque site, the facility will also house Haas CNC machines, offered in partnership with Productivity Inc. These machines, widely recognized for their reliability and performance, are supported locally by Sales Engineer Danny White, who represents Productivity’s machine tool division. The inclusion of Haas machining centers enhances the facility’s value as a cross-disciplinary technology hub— where customers can not only evaluate precision metrology equipment but also explore machining solutions under one roof.

The site also serves as a demonstration and support center for Productivity’s Tooling division, represented locally by David Smith. Smith and the tooling team bring expertise in cutting tools, workholding, and shop-floor efficiency solutions. Their involvement ensures that local manufacturers have access to an integrated ecosystem of manufacturing technologies—from spindle to inspection—supported by experts in each domain.

“There isn’t another machine tool line in the Western U.S. that offers machine tools, metrology, tooling, and automation under one umbrella like Productivity does,” says Keith Summers, PQI CEO. “Customers benefit from real engineering depth across all aspects of manufacturing.”

A Proven Model of Collaboration

PQI’s strength lies in its application engineers— highly trained professionals who help customers integrate systems, train staff, and extract maximum value from their investments. As Hexagon’s

exclusive regional distributor in the Rocky Mountain states, PQI supports the full suite of Hexagon hardware and software solutions, including PC-DMIS, Inspire, GeoMagic and Volume Graphics.

Beyond its partnership with Hexagon, PQI has also established a strategic alliance with RX Solutions, a leading French manufacturer of industrial CT scanning systems. These advanced systems enable non-destructive testing, internal feature analysis, porosity detection, and assembly verification—all essential for industries like aerospace, additive manufacturing, and medical devices.

Growth Through Integration

PQI’s expansion into New Mexico builds on a deliberate strategy of technical depth and geographic reach. A key milestone in that strategy came in 2001, when PQI acquired Advanced Inspection Services (AIS), a respected firm specializing in red-light inspection, CT scanning, and contract metrology services.

That acquisition gave PQI new capabilities in third-party validation and high-resolution internal part analysis. Today, the combination of tactile measurement, vision inspection, and CT scanning allows PQI to offer a comprehensive approach to part validation—especially for regulated and complex parts.

A New Headquarters Anchored in Capability

In December 2024, PQI celebrated the opening of its new 55,000-squarefoot headquarters in Plymouth, Minnesota. The facility co-locates PQI and AIS under one roof and features a 7,500-square-foot contract inspection lab, dedicated CT scanning suite, electronic calibration lab, and classrooms for GD&T and metrology boot camps.

The new Albuquerque center draws on that same model, scaled to regional needs. Live equipment, expert-led training, and integrated engineering support are all available locally, allowing manufacturers in the Southwest to gain direct access to advanced tools without needing to travel across the country.

Visionary, Hands-On Leadership

PQI’s expansion is led by CEO Keith Summers and President Matt Rindal, second-generation leaders who bring a blend of metrology expertise and strategic business insight.

Keith, who began his career in applications engineering and system integration, remains closely involved in daily operations and customer engagement. Matt, with a background in business and engineering, has emphasized digital transformation and scalable infrastructure.

Together, they’ve grown PQI from a three-person startup into a team of 130 employees with over $40 million in annual sales. Their shared vision—of combining best-in-class technology with trusted expertise and local support—continues to guide the company’s regional expansion.

Serving the Southwest: Immediate Value for Local Manufacturers

The Albuquerque facility offers immediate benefits to New Mexico manufacturers and their neighbors:

• Live equipment demos for CMMs, vision systems, and portable arms

• Third-party inspection services, available on-site, for parts lacking internal validation resources, supported locally by lead engineer Connor Stueber

• Metrology training, including boot camps and CMM programming courses

• In-house calibration, minimizing downtime and shipping costs

• Support for Haas and other machine tool lines, led by Danny White

• Tooling consultations and process optimization, supported by David Smith and the Productivity Tooling Division

This all-in-one approach reduces friction in the procurement, training, and integration cycle— helping manufacturers make faster decisions, troubleshoot challenges, and scale operations with confidence.

Why This Expansion Matters

PQI’s Albuquerque office is more than a new location—it’s a strategic commitment to serving the Southwest with world-class tools and expertise. With exclusive access to Hexagon technologies, cutting-edge CT systems from RX Solutions, and machine tool integration through Productivity Inc., PQI offers unmatched value across the entire measurement and machining spectrum.

The facility bridges the gap between advanced metrology and practical implementation, giving customers real-world solutions to complex challenges. Whether it’s setting up a new CMM program, evaluating a CNC machining center, or running a CT scan to verify an internal assembly, PQI is positioned to deliver.

To learn more about PQI’s expansion into Albuquerque, New Mexico, contact:

PQI: Matt Rindal; matt.rindal@pqi.net

Productivity Inc: Danny White; dwhite@ productivity.com

Productivity Tooling; David Smith; dwsmith@ productivity.com

Raytheon — a division of Virginia-based defense giant RTX Corp., and one of Arizona’s largest defense contractors — announced that it signed a memorandum of understanding with Diehl Defense, which is headquartered in Uberlingen, Germany.

Under the agreement, Diehl will take on production work of Stinger missiles as part of its growth plan and to increase global capacity of the system.

The Stinger missile is a lightweight, combat-proven and self-contained air defense system that ground troops can use against cruise missiles and aircraft. One variant is used on Apache helicopters in air-to-air combat.

The weapon is used by all four branches of the U.S. military and by multiple foreign partners.“Stinger is the surface-toair missile of choice for 24 countries, including Germany and nine other NATO members,” said Tom Laliberty, president of Land & Air Defense Systems at Raytheon. “We are seeing historically high demand for Stinger because of its unrivaled effectiveness and success against short-range threats.”

Raytheon has worked on upgrades for the Stinger over the years, in particular making improvements to its guidance and control system for accuracy and adding retrofits to increase effectiveness against unmanned airborne systems by allowing the missile to detonate near those targets even without a direct hit.

While the Stinger remains a sought-after weapon, Raytheon has also been developing an eventual replacement for it in the form of the U.S. Army’s Next-Generation Short-Range Interceptor, or NGSRI, which completed successful testing earlier this year.

Under the new partnership, Diehl is currently assessing its options to increase production capacity at existing sites and other locations.“For Diehl Defence, relaunching production for Stinger missiles builds on our proven capabilities and expertise in that product range and fits seamlessly in our strong standing on the market for ground-based air defence systems,” Diehl Defence CEO Helmut Rauch said.

This partnership for Raytheon comes as the latest development in a year when the Arizona defense contractor has been racking up multibillion-dollar contracts, most recently inking a $3.5 billion deal with the U.S. Air Force at the start of August.By Jeff Gifford – Phoenix Business Journal

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FANUC America Launches New Robot Tutorial Website for All

Starting today, students, customers, integrators and industry partners interested in diving deeper into the many functions of FANUC robots and collaborative robots (also known as cobots), will have access to an entirely new destination for technical tutorial videos. This new resource—FANUC Tech Transfer—offers engineer-guided tips, video tutorials, and answers to common questions for programming and setup of robots and cobots, and has been designed to enhance end-user skills and confidence.

Featuring a wide range of topics selected to help end users learn, troubleshoot and master robotics, the online FANUC training resource currently offers more than 100 videos, with more on the way. Built-in search functionality allows users to quickly locate the FANUC tutorial that addresses their unique need, while a categorized library can be sorted by general robot function, application or robot type.

Whether a user is looking for further details or educational support for FANUC’s CRX collaborative robots, SCARA robots or heavyduty industrial robots, they’ll find it on Tech Transfer.

“From programming fundamentals to complex applications, we created FANUC America’s new Tech Transfer resource to serve as a starting point for anyone looking to expand their knowledge

on our line of industrial robots and cobots,” says Eric Potter, general manager of FANUC America’s Robot Application Segment. “At the same time, our video library was also designed to support the needs of daily robot users, addressing common questions and offering step-by-step guidance directly from our team of engineering experts.”

By creating a free account requiring only a name, company or school, and email address, users can unlock a personalized experience in the FANUC robot training system.

Visit TechTransfer.FANUCAmerica.com to create an account and find FANUC training online today.

For those looking to take their skills even further, FANUC Academy offers in-depth training and certification programs designed to build expertise in working with FANUC robots. Unlike the Tech Transfer site, which focuses on video tutorials for quick learning and troubleshooting, FANUC Academy provides comprehensive, instructor-led courses that cover advanced techniques and offer certification opportunities. Taught by FANUC experts, these courses give you the credentials and deep knowledge you need to excel in automation. Visit FANUC Academy to explore available courses and certification options.

Equipment Finance Industry Confidence Steady

in August

The Equipment Leasing & Finance Foundation (the Foundation) released its August 2025 Monthly Confidence Index for the Equipment Finance Industry (MCI-EFI), revealing confidence in the equipment finance market is steady following three consecutive months of increases. The index, which provides a qualitative assessment from key executives within the $1.3 trillion sector, eased slightly to 60.2 in August from 61.6 in July.

Providing an executive perspective on the MCI-EFI’s findings and the outlook ahead, David Normandin, CLFP, President and Chief Executive Officer, Wintrust Specialty Finance, shares his outlook: “The results of 2025 to date have made me optimistic about the near-term future of the equipment leasing and finance industry. 2025 has brought strong origination volume and slightly improved portfolio performance. A little net interest margin improvement would be the icing on the cake for a year that we were concerned about in January.”

August

2025 Survey Results:

Business Conditions - When assessing the next four months, 26.9% of responding executives believe business conditions will improve (down from 37.5% in July). The majority (69.2%) believe business conditions will remain the same (up from 58.3% in July) and 3.9% believe business conditions will worsen (down slightly from 4.2% in July).

Capex Demand – For the next four months, 26.9% of the survey respondents believe demand for leases and loans to fund capital expenditures (capex) will increase (down from 37.5% in July). 61.5% expect demand to remain the same (up from 58.3%), and 11.5% believe demand will decline (up from 4.2% in July).

Access to Capital – Over the next four months, 11.5% of respondents expect greater access to capital to fund equipment acquisitions, a decrease from 16.7% in July. The majority (88.5%) anticipate the “same” access to capital to fund business, up from 70.8% the previous month. None expect “less” access to capital, down from 8.3% in July.

Employment – Regarding employment over the next four months, 42.3% of executives expect to hire more employees, a sharp increase from 20.8 % in July. 57.7% foresee no change in headcount (down from 70.8% last month), and none expect to hire fewer employees, down from 8.3% in July.

current U.S. economy as “excellent,” down from 8.3% in July. 100% assess it as “fair,” up from 91.7% last month, while none evaluate it as “poor” (unchanged from July).

Economic Outlook – Over the next six months, 23.1% of respondents believe that U.S. economic conditions will “get better,” a notable decline from 41.7% in July. More favorably, 65.4% expect the U.S. economy to “stay the same” (up from 41.7%), and 11.5% believe economic conditions will worsen, a decrease from 16.7% last month.

Business Development Spending – Over the next six months, 30.8% of respondents believe their company will increase spending on business development activities, up from 25% in July. 69.2% believe there will be “no change” in business development spending (down from 75%), and none believe there will be a decrease in spending (unchanged from last month).

August 2025 MCI-EFI Survey Comments from Industry Executive Leadership:

Bank, Small Ticket

“The impact of tariffs, real or perceived, is still a risk. As costs increase for everyday items and proposed tax cuts aren’t yet realized, we are in a state of ‘wait and see.’” Charles Jones, Senior Vice President, 1st Equipment Finance, Inc.

Independent, Small Ticket

“Slowly, we are seeing that tariffs are not moving inflation

high er as critics projected. Any relief on the fed funds rate will certainly open up the economy.” James D. Jenks, CEO, Global Finance and Leasing Services, LLC

Independent, Middle Ticket

“At some point in the next two quarters, we should get some consistent policy from the federal government and businesses should be able to plan.” Jeffry Elliott, CLFP, CEO, Elevex Capital and Equipment Leasing & Finance Association Treasurer

To access more details and read the full survey results, visit the MCI-EFI web page.

ABOUT THE FOUNDATION

The Equipment Leasing & Finance Foundation is a 501c3 non-profit organization with a mission to advance the $1.3 trillion equipment finance sector by producing data-forward research and market outlooks, as well as cultivating the next-generation workforce through Campus to Career programs, including curriculum development and collegiate scholarships. Founded in 1989 and 100% funded through charitable donations, the Foundation drives innovation and career development for the future of the industry. www.leasefoundation.org

Active Solutions Earns AS9100 Certification with Design Ability:

Bridging the Gap Between Engineering and Manufacturing

What Sets Active Solutions Apart:

• AS9100D Certified – with Design Authority (a rare designation among small manufacturers)

• Full In-House Mechanical + Electrical Engineering

• Precision Machining + Complex Assemblies + Systems Integration

• Advanced CNC and Waterjet Technology with ±.0001” Accuracy

• From Concept Through Assembly – Ideal for Aerospace/Defense/Semiconductor/Medical

Active Solutions, a growing entity in the precision CNC machining industry, has officially earned its AS9100 certification—including the highly sought-after “design” designation. This positions the company as a top-tier partner for aerospace, defense, automotive, semiconductor, and medical customers who need more than just machining— they need complete engineering-to-manufacturing solutions. This milestone reflects not only a commitment to quality, but also to innovation, documentation, and robust process control.

Founded in 2016 by mechanical engineer Henry Jovanovic, Active Solutions was created to solve a persistent problem in industry: the disconnect between product design and manufacturability. Henry, who earned his degree at Arizona State University and worked for a number of Fortune 500 manufacturing companies, saw this gap repeatedly throughout his 20+ year career. “Too many times I saw great designs fail during production because they weren’t grounded in real-world manufacturing,” said Henry. “I started Active Solutions to change that.”

Today, Active Solutions is a full-service precision machining company with in-house design, fabrication, assembly and welding capabilities. Its facility features advanced CNC equipment—including Kitamura, Doosan and Nakamura-Tome mill-turn machines— alongside a 5-axis Omax waterjet that can process fixtures and large plates up to 4x8 feet. With precision holding at ±.0001”, the company is well-equipped for the stringent requirements of precision manufacturing.

A standout feature of the business is its ability to tackle complex assemblies and integrated systems, including those with pneumatic, hydraulic and electronic components. This is possible thanks to the engineering synergy between Henry and his son Aleks, who has electrical engineering background. Together, they bring a multidisciplinary approach that allows the team to take on jobs that require both mechanical and electrical know-how. This vertically integrated model allows customers to collaborate with a single partner throughout the design-to-build cycle, streamlining development timelines and reducing cost and risk.

“Our engineering-first mindset means we can solve problems others won’t touch,” Henry said. “We don’t just machine parts—we partner with our customers to refine designs, identify issues, and deliver full solutions.”

That commitment has earned the trust of long-standing customers. One client shared: “I’ve had the pleasure of working with Active Solutions for over six years, and I can confidently say that Henry and his team are exceptional. They consistently deliver projects on time and within budget, demonstrating professionalism and reliability that’s hard to come by.”

As Active Solutions expanded its footprint into aerospace and defense, one major roadblock emerged: without AS9100 certification, certain contracts were off the table. That changed in April 2025, when the company successfully completed its AS9100 audit—with zero findings.

Helping guide the certification process was BMSC, a consulting group led by Bretta Kelly

and Debbie Hart, known throughout the industry for their quality system expertise.

“They were highly recommended by two shops I respect,” Henry noted. “Bretta and Debbie were phenomenal. They didn’t just show up with a checklist—they built the system with us from the ground up. Their process is disciplined, effective, and professional from start to finish.”

With AS9100D including design now in place, Active Solutions can support customers through the entire product development lifecycle—from concept and CAD modeling to prototype, production, and final assembly.

“Working with BMSC was the best decision we could have made,” Henry concluded. “If you’re serious about certification, they’re the team you want.”

Contact: Active Solutions Henry Jovanovic, President 480-271-1967

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Bretta Kelly & Debbie Hart (602) 445-9400 Businessmsc.com

Valley Machine Works

State’s new global commerce hub attracts $100M commitment from Indian business group

Last month, the state unveiled NMexus, a concierge-style hub to support international companies opening offices in the U.S. The move is intended to position New Mexico as a commercial “gateway” to the U.S. market. Yesterday, more news came, with India’s Telengana Chambers of Commerce and Industry announcing a commitment of $100 million in planned investments over the next five years.

The Telengana Chambers of Commerce and Industry (TECCI), which represent over 3,500 Indian businesses, outlined that their initial planned projects in New Mexico include the manufacturing of confections, vending machines, steel appliances, medical devices, LED lighting and plastics, as well as providing IT services, according to a statement by the New Mexico Economic Development Department.

Telengana is a state of about 35 million people located in the south-central part of India, and a hub for IT software and aerospace companies.

“This $100 million is not just an investment in land or buildings — it’s an investment in long-term collaboration, mutual growth and the deepening

of India-U.S. commercial ties,” TECCI President Karthik Maheshwaram said in a statement about the commitment. “We are proud to contribute to New Mexico’s vibrant economy and thank the state leadership for their support.” The NMexus Center is equipped to serve up to 40 companies each year. It is expected to generate nearly 100 jobs in its first year and as many as 1,500 jobs within five years.

The combined economic impact of the center over five years is estimated at over $400 million, according to the governor’s office. Seven companies from India and Oman have already inked leases on the NMexus office space.

The NMexus Center is located on the second floor of the Aperture Center at Mesa del Sol, 5700 University Blvd. SE, in Albuquerque. The lease begins June 1, according to an EDD statement.By Leah March – Santa Fe/ Las Cruces Reporter , Albuquerque Business First

Industrial & Commercial Electrical

• Build Outs

• Relocations

• Service Change Outs & Upgrades

• Interior & Exterior Lighting

• Manufacturing Facilities

• Machine Shop Setup/Relocation

• Generator

• Panel Upgrades

• Electrical System Design & Install

• Projects in Highly Sensitive & Food Safety Areas

Commercial & Residential HVAC

• Seasonal Assessment/Maintenance

• Monthly Filter Changes *commercial units only

• Unit Repairs

• Compressed Air Lines

• Unit Replacements & Upgrades

• New Installations (incl. duct work)

• Electric & Gas Furnaces

• Indoor Air Quality Controls

Equipment Finance Industry Sees 3.1% Growth in New Business Volume Amid Tightening Credit in 2024

Overall new business volume (NBV) growth in the $1.3 trillion equipment finance industry increased from 1.1% in 2023 to 3.1% in 2024, according to the 2025 Survey of Equipment Finance Activity (SEFA) released by the Equipment Leasing & Finance Association (ELFA). This annual SEFA report provides key statistical and financial benchmarks based on a comprehensive survey of around 100 equipment leasing and finance companies, offering a crucial resource for understanding the sector’s performance and outlook.

“The 2025 Survey of Equipment Finance Activity shows a year of modest overall growth for the equipment finance industry despite persistent economic pressures and evolving credit conditions,” said ELFA President and CEO Leigh Lytle. “The data and analysis in this comprehensive resource empower industry stakeholders to benchmark performance, assess market dynamics, and chart a path forward in an increasingly competitive and dynamic environment.”

Survey Highlights: Key 2024 Findings

The 2025 SEFA revealed several important trends from 2024: New business volume at equipment finance companies kept pace at about the same rate as the U.S. economy’s overall inflation rate of 2.9%. Just over half (50.5%) of surveyed companies reported an increase in volume in 2024.

current and non-accrual assets in line with recent prior reporting periods. Although net full-year losses as a percentage of average receivables remain low, they are on the rise. Recoveries were comparable to the prior year at roughly 14 bps. Credit is tightening with declining approval and booking rates signaling more cautious underwriting and tighter credit standards.

P rofitability pressures

Intensified as a 13% rise in lease and loan revenue was offset by a 33% increase in interest expense—a nearly 50% increase in bad debt provisions—and 12.7% higher total expenses, driving a 14.5% drop in pre-tax income.

From an asset perspective, the top five most-financed equipment types were transportation, agricultural, construction, IT & related technology services, and materials handling. The top five end-user industries representing the largest share of new business volume were agriculture, construction, wholesale/retail, other services (including real estate leasing, professional services, repair services, etc.) and health services.

Return on Average Assets (ROA) declined to 1.1% in 2024 (from 1.7% in 2023), while Return on Average Equity (ROE) declined sharply to 7.9% in 2024 (from 11.1% in 2023).

Employment levels declined by 2.48% in 2024 compared to 2023.

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Nevada Poised to Maximize Opportunities in Manufacturing Boom

In the expansive Nevada desert, amidst the glimmering lights of Las Vegas, a significant transformation is underway. Nevada, known predominantly for its entertainment and tourism, is now establishing itself as a growing manufacturing hub in the Southwest. This evolution, characterized by a notable uptick in manufacturing activity, signals not just a local change but a broader resurgence within the American manufacturing sector. In this blog post, we explore the driving forces behind Nevada’s manufacturing growth, its strategic advantages, and the profound impact on both the local economy and community.

Recent data from Zetwerk reveals Nevada’s remarkable ascent as the fastest-growing manufacturing center among large cities since 2018. This surge in manufacturing employment isn’t just a statistical blip; it speaks volumes about the state’s robust economic health and its strategic position within the national landscape. Anirudh Reddy, from Zetwerk-North America, rightly emphasizes the significance of this growth, highlighting how manufacturing jobs contribute to bolstering economic prosperity for individuals and communities alike.

Nevada’s manufacturing revival is fueled by a combination of strategic advantages and proactive economic policies. Perry Ursem, a senior vice president at the Las Vegas Global Economic Alliance, sheds light on the diverse factors propelling this growth. From the region’s historical manufacturing legacy to its advantageous proximity to major Southwest cities, Nevada emerges as a magnet for businesses seeking to expand or relocate their manufacturing operations. Additionally, the state’s favorable regulatory environment and business-friendly policies further incentivize investment, fostering a cycle of sustainable growth and prosperity.

Nevada’s strategic advantages extend beyond its geographic location. Its arid climate

and proximity to California, one of the world’s largest economies, make it an attractive destination for businesses seeking to reduce costs and regulatory burdens while tapping into lucrative markets. Moreover, the state’s strategic focus on emerging industries, such as lithium battery manufacturing, underscores its commitment to driving innovation and shaping the future of manufacturing on a global scale. Beyond economic gains, manufacturing plays a crucial role in fostering community sustainability and resilience. Ursem highlights the ripple effect of manufacturing, emphasizing its role in creating job opportunities, stimulating ancillary services, and shielding the region from economic fluctuations. As manufacturing continues to thrive in Nevada, it enriches the economy and strengthens the social fabric, empowering all to build a more prosperous future.

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Cybersecurity & CMMC: Is Your Organization Prepared?

Is your organization ready for the future of cybersecurity compliance?Join the Arizona MEP for an interactive CMMC Compliance Workshop designed to simplify the Cybersecurity Maturity Model Certification framework and give your business the tools to succeed.

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Come to The Innovative Measuring Systems (IMS) Open House

November 4th & 5th to show latest measuring technologies.

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• Lunch provided each day

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Visit www.innovativemeasuring.com to learn more or call 602-527-5488.

Engineer. Simulate. Build: How Zoltan Farkas Integrates Software and Engineering at Turul

Engineering

“We don’t sell software just to sell it,” says Farkas. “We use it every day, we rely on it, and we help others build better products and businesses with these software tools. “

Zoltan Farkas is more than a mechanical engineer — he’s a multidisciplinary innovator who moves seamlessly between the worlds of aerospace hardware, advanced FEA simulation, CNC machining and high-performance software solutions. As the founder and principal of Turul Engineering, LLC, Farkas has channeled decades of experience in optomechanical design, CAD/CAM/CAE simulation, and prototype fabrication into a company that is as much about solving engineering challenges as it is about delivering tools to empower others.

An Engineer’s Journey: From Hungary to Arizona

Farkas began his technical journey as a certified toolmaker in Hungary, a foundation that gave him hands-on manufacturing knowledge at a young age. In 1995, he came to the United States through a student exchange program and later enrolled at Arizona State University (ASU), where he earned both his bachelor’s and master’s degrees in mechanical engineering.

He spent over a decade working in ASU’s Physics Research Instrument Shop and later as Lead Mechanical Engineer at the MARS Space Flight Facility, where he designed, analyzed and helped manufacture complex instruments for multiple high-profile space missions. His resume includes leadership roles on NASA projects like the OSIRIS- REx mission (OTES instrument), the Emirates Mars Mission (EMIRS Instrument), and the recently launched Europa Clipper mission (E-THEMIS Instrument).

Founding Turul Engineering

In 2008, recognizing the need for an engineering-driven design and manufacturing firm, Farkas founded Turul Engineering in Mesa, Arizona. The company takes its name from the Turul, a mythological bird of prey in Hungarian folklore that symbolizes strength, vision, and guidance. For Farkas, it’s a personal name that reflects both his heritage and the company’s mission: to rise above conventional engineering constraints and deliver forward-thinking solutions. Farkas says, “The company was built to fill a gap between traditional machine shops and high-end R&D facilities — offering mechanical design, structural analysis, and short-run prototype manufacturing.” Turul quickly gained a reputation for its ability to take projects from concept to completion, with in-house capabilities for vibration and structural analysis, optomechanical design, and rapid prototyping. Its unique value proposition lies in offering engineering services with a full suite of digital design tools from Siemens — tools that Turul not only uses internally but also sells, supports, and trains others to use. A Software Reseller That Uses What It Sells

Unlike most software resellers, Turul Engineering lives and breathes the systems it supports. “We’re not just here to sell software,” Farkas explains. “We use these tools daily on real-world projects, and we show our customers how to make them work efficiently in their environments.”

Turul’s software territory covers Arizona, California, Nevada, New Mexico, Colorado, and Utah, with a product portfolio focused on Siemens’ digital manufacturing ecosystem — including Siemens NX, Teamcenter, and other solutions such as Solid Edge, SolidCAM, and CloudNC.

Siemens NX: Digital Twin Technology in Action

At the heart of Turul’s design and simulation work is Siemens NX, an integrated CAD/CAM/ CAE environment that allows users to develop digital twins of physical products. Farkas has built complex assembly FEM models in NX, simulating the interaction of hundreds of components with confidence and speed. “We can make a revision in minutes,” he says, “and see immediately how it impacts the mechanical system.”

NX eliminates translation errors between design, simulation, and manufacturing, enabling a seamless synergy between all the engineering and manufacturing disciplines. This capability is crucial in industries like aerospace and defense, where traceability and compliance are non- negotiable. Having Siemens NX can make you preferred OEM vendor with those who already use this tool. When it comes to space, NX is the name of the game.

Turul also distributes Teamcenter, Siemens’ PLM platform that supports digital product definition, version control, and concurrent engineering across global teams.

Whether you need just a model, an assembly with 100K parts or and 5 axis NC code there is only one tool to reach for.

Siemens NX users can realize up to 50% faster product design cycles, 20% shorter time-to-delivery, and a 90% first time yield, Farkas says.

Turul team member Ray Rodgers and Zoltan in front of their newest DN Solutions LYNX 2100LSYB machine

Turul’s hybrid model of engineering, software, and manufacturing has earned the trust of diverse clients — from aerospace OEMs to high-end consumer startups. Farkas says, “Our clients range from a 1-person machine shop in Arizona to a luxury watchmaker in Ohio, and we have very cost-effective solutions that work for our clients, regardless their size.”

One standout project involved programming a five-axis aerospace component — a job that took a client five days and Turul just seven hours using NX and SolidCAM. “That’s the kind of difference these tools can make,” Farkas notes.

Customer Success: How Siemens NX Transformed Small Shops

For many small machine shops, time and precision are everything. That’s why two shop owners—Joseph McDonough, who runs a oneperson operation, and Jared Giannini, part of a two-person team—both turned to Siemens NX with support from Turul Engineering. The results have been game changing.

Joseph has tried nearly every CAD/CAM package—Fusion 360, SolidCAM, GibbsCAM, and more—but says NX is “the most capable and refined system” he’s used. Its synchronous modeling tools let him edit imported geometry quickly, without needing a full design history, saving hours when working with customer-supplied models. Integrated machine tool simulation runs in real time, delivers cycle time estimates within 5–10% of actual, and uses true machine kinematics for accurate collision detection—avoiding costly setup errors. Programming part families is just as efficient: “Once the first program is built, I can generate toolpaths for the rest in minutes.”

Jared’s team switched from Fusion 360 to NX earlier this year, and the difference was immediate. What used to take hours now takes 10–20 minutes, thanks to AI-driven programming that automatically generates 95% of toolpaths. NX’s ITAR approval was also essential as they moved into government and aerospace work.

Both shop owners credit Turul Engineering’s expertise—particularly founder Zoltan’s in-depth CAD, CAM, and CAE knowledge—for making the transition smooth. “They’re always just a phone call away,” says Jared. Joseph agrees, noting Zoltan’s guidance has been “instrumental in unlocking NX’s full potential.”

For these shops, Siemens NX isn’t just a software upgrade—it’s a force multiplier, helping them operate with the speed, capability, and confidence of much larger operations while tackling increasingly complex jobs.

A Global Perspective, a Local Impact

Though Turul Engineering operates in a highly technical space, its culture is grounded in craftsmanship and education. Farkas regularly teaches clients how to use the tools he provides, offering site-specific training and consulting to ensure success.

He also participates in academic partnerships, including an effort with Northern Arizona University faculty to enable space hardware development in their research labs . As an immigrant, entrepreneur, engineer, and educator, Farkas embodies the modern spirit of American innovation.

Accolades and Recognition

Farkas’s work has earned him recognition from NASA, including the Group Achievement Award and the Robert H. Goddard Exceptional Achievement Award for his contributions to the OSIRIS-REx mission. He is also a published author in the SPIE journal, having co-authored a paper on diamond fly-cutting techniques for infrared instrumentation.

Looking Ahead: Engineering the Future

With roots in old-world craftsmanship and a firm grasp of modern digital tools, Zoltan Farkas is uniquely positioned to help manufacturers navigate the next industrial revolution. Turul Engineering continues to expand its reach — not only as a service provider but as a thought leader in digital manufacturing.

And there’s more on the horizon — stay tuned for Turul’s latest agreement to carry an advanced robotics line, bringing even greater automation and capability to their customers.

Contact Turul Engineering

Turul Engineering LLC was established in response to a void in the industry for an innovative firm that is capable of engineering and prototyping complex components for companies seeking high quality, precision craftsmanship. To learn how they can support your manufacturing and engineering requirements, call: 480 420 7117 or email: info@turulengineering.com

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“Retail sales are up, and sectors such as transportation, logistics, warehousing, and construction are performing extremely well,” Arora added. “Right now, business owners are confident in the future of their firms. August is typically a slow month for loan volume, but that wasn’t the case this year.”

Colorado Space Defense Company Raises $100 Million, Plans To Hire Dozens

A company building spaceflight training technology for U.S. Space Force warfighters raised $100 million in venture capital that will fund significant hiring in the

Business loan approval rates rose at regional and community banks as well. Small banks granted 49.8 percent of the funding requests they received in August, up one-tenth from July. It represents the highest figure for small banks since November 2014.

True Anomaly, based in Centennial, revealed the Series B funding round, saying it will help the 18-monthold business expand, hiring dozens of hardware and software employees over the next year.

Institutional lenders — pension funds and insurance companies — remained unchanged at an Index record 64.9 percent, up one-tenth of a percent from July’s figure.

Box Canyon, a 300-megawatt utility-scale solar project, is now supplying the Southwest Public Power Agency, Inc. — a joint action agency authorized by state law to manage and pool power resources — the project’s operators said.

Loan approval rates among alternative lenders rose to 56.6 percent, one-tenth of a percent higher than in the previous month.

“It’s an awesome external validation of our thesis and the traction we’ve been able to accumulate to date,” said Even Rogers, co-founder and CEO of the company.

True Anomaly has grown from about 50 employees to 107 over the past year. It expects to expand to over 190 by the end of 2024, Rogers said.

Alternative lenders have become a source of quick capital. When small business owners, alternative lenders could approve riskier loans via innovations in fintech, which give them more flexibility than the banks to adjust rates and covenants on the deals. This includes an ability to accept non-conventional sources of collateral, such as real estate and outstanding invoices (h/t Forbes).

The project is backed by a joint venture, BOCA BN LLC, made up of Florida-based BrightNight and Torontobased Cordelio Power LP, which is owned by the Canada Pension Plan Investment Board. Construction broke ground in Pinal County, just north of Florence, in late 2023. Previous reporting from the Business Journal found the venture company signed a long-term 2,087-acre lease for the project in October 2023, according to Pinal County records.

ITrue Anomaly formed in early 2022 to help the U.S. military, especially Space Force, respond to the growing militarization of space and the need to have space fighters learn and practice the art of flying satellites and spacecraft in orbit in potentially hostile situations.

Credit unions approved 40.2 percent of loan applications in August, a slight drop of one-tenth of a percent from July and a large drop from their all-time high of 57.9 percent in March 2012. By Anthony Noto – Reporter, New York Business Journal

How Millennials’ Technology Expectations Can Help Save Manufacturing

n December 2022, BOCA BN signed on for a two-gigawatt Arizona power portfolio with Box Canyon as its first project, entering a 20-year power purchase agreement with the SPPA. Managed on a project-by-project basis, SPPA provides power to 25 different smaller electric constituent members and utilities in Arizona, six of which are in Pinal County.

The company built a pair of small satellites, called Jackal, that will be used for training after they’re launched to low Earth orbit about 350 miles above the planet.

Millennials’ technology expectations have been shaped by smartphones, Facebook and digital media – in other words, by easy and ubiquitous connectivity. It’s not surprising, then, that traditional manufacturing systems can seem as retro as waiting for dial-up internet to connect. And that’s bad for the manufacturing sector, because its skills gap is looming large.

The satellites are scheduled to blast off aboard SpaceX’s Transporter 10 mission carrying many companies‘ small satellites to orbit in March.

“BrightNight understood our long-term goals and delivered a solution that meets the needs of our members and their customers, while remaining on time and on budget,” Dennis Delaney, SPPA’s general manager, said in a statement, hailing it as a “first-of-its-kind” project.

True Anomaly has offices in Colorado Springs, where its training center for U.S. military space fighters, many of them U.S. Space Force Guardians, will be. Its Centennial headquarters, just south of Denver, is where the business designs, builds and operates satellites and develops software for satellite operations.

Annually, Box Canyon is expected to produce enough electricity to power 77,000 Arizona homes and businesses, and prevent the emission of 641,893 metric tons of carbon dioxide and the burning of over 709,000,000 pounds of coal. Box Canyon is SPPA’s largest renewable energy project to date, and the first item in BrightNight and Cordelio’s two-gigawatt Arizona portfolio to reach commercial operation.

A joint study by the Manufacturing Institute and Deloitte Consulting projects a surge of nearly 3.5 million open manufacturing jobs created over the next decade. Some of the empty slots will come by way of retiring baby boomers, while others are related to new positions created as a result of natural business growth, the report found.What the report also predicts: As conditions stand now, 2 million of those jobs will go unfulfilled. In other words, the need for the manufacturing sector to appeal to Millennials – the generation typically defined as those born between 1981 and 1997 – is both critical and a very tall order.

More Arizona solar projects in the works

Its Mosaic software is being designed to use artificial intelligence and automation to help space warfighters fly dozens of small satellites in coordination with each other to a degree that hasn’t been readily available to the military, Rogers said.

Indeed, manufacturing still has a negative image among younger generations, experts say. In a 2015 public perception of manufacturing study, also by The Manufacturing Institute and Deloitte, respondents ages 19 to 33 ranked manufacturing as their lowest preference in terms of potential career choices.

Looking ahead, BrightNight has plans for another 300-megawatt solar project in Arizona: the Pioneer Clean Energy Center in Yuma County. Cordelio’s project tracker also shows a solar project in development in Yuma. The project is set to begin construction as soon as this September and reach operations in April 2027.

Manufacturing’s image problem is complex and in, some aspects, based on false assumptions. But one real obstacle is that some manufacturing systems can seem antiquated, and it’s an issue that many manufacturers and related organizations are already addressing.

Delaney confirmed to the Business Journal that SPPA

The Space Force in September awarded the company $17 million in a small business innovation research grant to further work on Mosaic. With its new VC funding, the company also plans to build dozens of satellites in 2024 and 2025 it will launch to add to its training portfolio.By Greg Avery – Denver Business Journal

October Rocky Mtn 2018.indd 38

is planning at least two future

projects in the area, although specific details are still being worked out.

An Elliott Pollack and Associates study found the Box Canyon project’s construction period generated $47 million of economic impact in the county and created over 300 jobs. As it operates, the project is expected to generate an estimated $134 million through property taxes and wages.

Beyond that, the project will generate over $65 million in land lease payments to the State of Arizona Land Trust, according to the announcement. Its beneficiaries also include public services like state hospitals and schools, with a 50-student scholarship for Central Arizona College’s electrician program planned over the next five years.

“At over 900,000 MWh of projected annual production, the Box Canyon Solar Project will provide reliable, clean and affordable energy for more than 40 years – generating local revenue, enabling continued economic growth in the region, and creating skilled American jobs,” BrightNight CEO Martin Hermann said in the announcement.

Still, after Congressional Republicans in Washington, D.C., passed President Donald Trump’s sweeping spending bill on July 3, there is a level of uncertainty regarding the future of solar in the United States. A statement from the Solar Energy Industries Association called the bill a “significant step backwards” for American energy, though the Senate’s version of the bill included language on renewable energy incentives some Republicans wanted to phase out.

U.S., Canadian banks provided financing

A network of U.S. and Canadian banks provided financing for the project. Coordinated by Utah-based Zions Bancorporation, it included lead arrangers National Bank of Canada, Royal Bank of Canada, Canadian Imperial Bank of Commerce and Sumitomo Mitsui Trust Bank.

BrightNight also secured a $375 million credit facility from international backers for its projects in the U.S. “The project is a perfect example of BrightNight’s 35-gigawatt portfolio across the United States, designed to meet urgent demand for reliable, firm power in high-growth markets driven by industrialization, AI data centers and electrification,” Hermann said. “Completed in just 18 months, the Box Canyon project clearly demonstrates BrightNight’s ability to deliver best-in-class, utility-scale projects with unmatched speed to market.” By Griffin Uribe Brown – Phoenix Business Journal

Aegis: Rethinking Thin-Film Ceramic Coatings for the Next Generation

“Aegis

is the perfect fit for the instrument panels on our research boats. Durable, non-fading and very easy to keep looking brand new.” — Yale Smith, Master Boat Fabricator. Smith Root Inc.

In the world of industrial paint and coatings, innovation rarely comes fast—or easy. But for Aegis, a family-owned business founded by Chris and Rebecca Sicilia, innovation didn’t just emerge from a lab. It was born from frustration, necessity, and a keen understanding of the limitations in the thinfilm ceramic coating space.

Aegis began as an idea in 2018, shaped by decades of generational expertise in surface finishing. Chris and Rebecca, both deeply rooted in a family tradition of coatings, saw a glaring market gap: while thin film ceramic coatings were gaining popularity for their durability, heat resistance, and aesthetic finish, many products on the market fell short when it came to scalability, UV resistance, or customer support.

Some coatings performed beautifully in controlled environments but weren’t feasible for repetitive production. Others scaled better but came with trade-offs—variability in quality, customer service breakdowns, or failure in outdoor applications. The Sicilia’s knew there had to be a better way….

The Long Road to Launch

Between 2019 and 2020, sourcing equipment and raw materials proved challenging. Then came the pandemic, stalling progress further. The early days were marked by trial, error, and persistence. It wasn’t until 2021 that Aegis produced its first pilot batch of coatings for alpha testing.

is their sensitivity to sunlight. Many epoxies and ceramics discolor, yellow, or lose gloss when exposed to UV rays over time. Powder coatings are often used as a workaround for outdoor exposure, but they come with their own limitations—especially when tight tolerances are involved.

Aegis coatings, in contrast, are designed to resist UV degradation. According to preliminary QUV testing and customer results in the field, Aegis coatings show little to no color shift or gloss loss, even under prolonged sunlight exposure. That opens the door to applications in industries that have traditionally avoided thin films for outdoor parts—such as marine, aerospace, and sporting goods.

“The sun doesn’t attack the part,” Chris says. “That’s huge. In other systems, you see yellowing or fading quickly. With ours, the color stays stable. That matters when your product lives outside—on a boat, on a dirt bike, in aerospace.”

Built

for Production

“Aegis Technical Coatings has top notch quality and customer service! Setting the new standard for coatings.”

Performance alone isn’t enough. For many manufacturers, consistency, turnaround time, and ease of application are just as important as lab specs. That’s where Aegis truly shines. Their coatings are designed with production scalability in mind— high performance at a low dry film thickness (as little as 1 mil), with quick cure times and minimal variation across substrates.

“We struggled with a roadmap to produce this,” Chris recalls. “Everybody was closed, raw materials were impossible to get, and we had to figure it all out ourselves.”

Through that struggle, the foundation was laid for something better—a new kind of coating, and a new kind of company.

A New Take on Thin-Film Ceramic

At its core, Aegis is a reimagining of what thin-film ceramic coatings can be. Built from the ground up to meet the demands of today’s manufacturers, the company offers high-performance coatings that are UV-stable, scalable, and customer-centric.

One of the most common frustrations with existing thin-film coatings

This scalability is particularly valuable for companies working with multiple materials. Because Aegis coatings are applied as a liquid, they can deliver consistent color and finish across different metals and plastics without the charging limitations of powder coating. The result is aesthetic consistency and practical efficiency. And while Aegis may still be a small team, their agility is a strength. With a lean management structure and a deep commitment to customer service, they’re able to pivot quickly, solve problems, and give clients the kind of hands-on attention that larger companies often struggle

“If we make a mistake—and we may, we own it,” Chris says. “We’re in this for the long haul with our customers. We want to be the partner they can count on.”

Testing, Transparency, and Trust

One of Aegis’ standout approaches is their commitment to third-party validation. Rather than simply touting internal performance results, the company partners with independent labs to test their coatings against established ASTM standards. Their coatings meet or exceed industry benchmarks in adhesion, impact resistance, gloss retention, and more.

This emphasis on transparency extends to their certification program for applicators. Through a three-step process involving testing coupons, lab evaluation, and direct feedback, Aegis ensures that applicators are trained, equipped, and consistent. Those who meet the standards receive formal certification and are listed as featured applicators on the Aegis website.

“It’s not just about selling a product,” Chris notes. “It’s about building a community of professionals who take pride in their work. We support them. We train them. And we listen to them.”

Rooted in Service

From first inquiry to delivery, Aegis prioritizes communication and care—a value shaped by the Sicilias’ family legacy. Customers praise the company’s responsiveness, honest feedback, and willingness to go the extra mile. Whether answering technical questions on social media or providing direct support during application, the team builds long-term relationships.

That customer-first mindset has already earned the trust of notable industry players. Shops like MASIC Industries, Nevada Cerakote & Laser, and Rookskoatings have offered strong endorsements, not just for the coating’s performance but for the experience of working with Aegis.

Markets and Momentum

Aegis serves sectors including defense, aerospace, and industrial manufacturing, but is especially focused on outdoor and high-UV applications. Marine, fishing, sporting goods, and automotive are key targets for growth.

They plan to expand their color palette, develop new coating technologies, and pursue ISO 9001 certification. “We’re not settling,” Rebecca says. “This is just the beginning.”

The team is already developing next-generation coatings with novel chemistries for extreme conditions—driven by R&D and customer

feedback. That ambition sets them apart

“We’re very impressed with the results. It’s clear that Aegis uses top-tier materials and processes by meeting our customers expectations on challenging applications requiring durability, corrosion resistance and UV stability. Their commitment to quality makes them a standout in the world of specialty coatings.”

In an era when domestic sourcing and sustainability matter more than ever, Aegis manufactures all coatings in the U.S. using VOC-exempt solvents. The products meet environmental regulations and are designed for long life cycles—reducing the need for frequent reapplication.

From dirt bike parts in the Arizona sun to sailboat components enduring salt spray, Aegis coatings last. They’ve been tested to 1,000-hour salt spray standards, making them suitable for the harshest environments.

As Aegis moves forward, the vision remains bold but grounded: continue developing world-class coatings, build community through service and certification, and help customers succeed in demanding environments where traditional coatings fall short.

“Our goal isn’t just to be another option,” Chris says. “It’s to be the right option—for applicators, for manufacturers, for anyone looking for something better.”

From humble beginnings to growing momentum, Aegis is proving there’s still room for innovation, integrity, and impact in industrial coatings. And if their trajectory is any indication, they’re just getting started.

For more information on Aegis Thin Film Ceramic Coating, visit aegisthinfilm.com. Aegis isn’t just a product; it’s a promise of quality and care, revolutionizing the ceramic coating industry one application at a time.

in the United States,” said Gary Dickerson, President and CEO of Applied Materials. “Strengthening America’s semiconductor leadership has never been more important than in today’s AI era, and we are honored to work alongside industry leaders to strengthen the U.S. chip supply chain.”

Locations in AZ, NC, TX, FL, WI, MN Arizona Facility: 1310 N. Hobson Street Gilbert, AZ 85233 (480) 892-7800

Applied Materials Joins Apple and Texas Instruments in Strengthening U.S. Chip Manufacturing

Applied Materials, Inc. is working with Apple and Texas Instruments (TI) to bolster the semiconductor manufacturing supply chain in the United States. Applied is supporting Apple’s partnership with TI, announced today, by supplying Americanmade chipmaking equipment from Austin, Texas to TI’s U.S. factories. Austin is home to Applied’s largest manufacturing and logistics facility. In addition, Applied plans to invest more than $200 million in Arizona to establish a state-of-the-art facility for manufacturing critical components for semiconductor equipment. This investment builds on the more than $400 million Applied has invested in its U.S. equipment manufacturing infrastructure over the past five years.

“For nearly 60 years, Applied Materials has been driving transformative innovation in chip manufacturing and ensuring the building blocks of technology are produced

Applied Materials has the largest U.S.-based manufacturing footprint among semiconductor equipment providers, with major production facilities in Texas, Massachusetts, Montana, and a new site under development in Arizona. Established in 1992, the company’s Austin campus plays a critical role in producing advanced semiconductor equipment and accelerating product commercialization for the world’s leading chipmakers.

In Arizona, Applied Materials is already a key part of the state’s high-tech ecosystem, collaborating closely with customers, partners and universities.

Applied plans to invest more than $200 million to create a new advanced manufacturing facility in Chandler, AZ, to produce semiconductor equipment components and parts. The facility could support the creation of potentially 200 additional manufacturing, R&D and services jobs in the semiconductor field over a five-year period.

Apple to invest billions in Amkor’s Peoria facility as part of $100B US manufacturing commitment

Apple Inc. plans to invest billions of dollars into Amkor Technology Inc.’s advanced packaging facility to be built in Peoria as part of a larger $100 billion commitment announced by the California-based

tech giant to boost its manufacturing in the United States.

Apple’s $100 billion investment will support a new American Manufacturing Program intended to strengthen the company’s supply chain and advanced manufacturing operations in the U.S. The program is also intended to incentivize global companies to manufacture critical components in the U.S.

Apple’s first AMP partners include Corning, Coherent, GlobalWafers America, Applied Materials, Texas Instruments, Samsung, GlobalFoundries, Broadcom and Tempe-based Amkor. With these new partnerships, Apple said it’s leading the creation of an “end-to-end silicon supply chain in the U.S. with partners in every key aspect of silicon production.”

Apple’s fresh investment builds upon the company’s previously announced $500 billion commitment over four years to support a new advanced manufacturing facility in Houston. “Today, they’re producing tens of millions of chips for Apple using one of the most advanced process technologies in America,” said Apple CEO Tim Cook of TSMC’s operations in Arizona. “We’re going to keep working with our suppliers to move even more of this incredibly advanced work to America. And this year alone, American manufacturers are on track to make 19 billion chips for Apple in 24 factories across 12 different states.”

Apple previously described itself as “the largest customer at TSMC’s state-of-the-art facility” in north Phoenix, where mass production of Apple chips began in January. Apple committed to sourcing chips from the Arizona TSMC factory back in 2022.

As part of its new $100 billion commitment, Apple is investing an unspecified amount in Amkor’s proposed Peoria manufacturing facility to accelerate development of its advanced packaging capabilities in the U.S. Apple is expected to be Amkor’s first and largest customer and will package the tech company’s silicon chips.

Just last month, Amkor amended an existing revolving credit facility to add a $500 million tranche of loans to ensure access to capital as it prepares to break ground on its advanced packaging facility in September.

In April, Amkor said it was looking to scale up construction of its Peoria plant faster than anticipated to meet rising demand for semiconductor packaging and test services from its customers, including Taiwan Semiconductor Manufacturing Co., Global Foundries and Apple.

TSMC — also a lead customer of Amkor — completed construction of its second fab and broke ground on its third fab in April, which was months earlier than anticipated. By Amy Edelen – Phoenix Business Journal

From Napkin Sketches to High-Tech Solutions: The AZQM Story

In the heart of the West Valley, where dirt bikes, race cars, and desert ingenuity fuel a strong local maker culture, Arizona Quality Machining (AZQM) is earning a reputation as an exciting new job shop. Cofounded by two young engineers—Samm Metcalfe and Cody Vache— AZQM blends technical precision with hands-on experience, tackling one-off projects, reverse engineering challenges, and tight-tolerance machining with confidence and creativity.

Since launching the company in July 2022, Samm and Cody have been on a rapid trajectory, bringing engineering-led problem solving to the shop floor. In less than a year, they bootstrapped their first CNC purchase—a Haas mill—and have since grown to operate 4 Haas machines. Until then, the co-owners operated exclusively with manual equipment. With a practical mindset, a clean and welcoming shop culture, and exceptional technical skills, AZQM is now supporting industries including off-road, automotive, food & beverage, shipping, high-tech and semiconductor, including contract work for TSMC.

Sand Rails to Spindles: The Founders’ Journey

Both Arizona natives with deep roots in hands-on fabrication, Cody and Samm came to machining through different paths—but met at a local Aerospace machining business, where they both worked as engineers.

Cody grew up building sand rails and prerunners. “I was always tinkering,” he recalls. “My dad raced, and my grandfather had a background in the trades.” After initially considering architecture, Cody pursued a mechanical engineering degree at Arizona State University’s Polytechnic Campus, graduating from the Manufacturing Engineering Technology (MMET) program.

Samm followed a similar trajectory. “I was building dirt bikes and working on sand cars,” he says. After high school, he attended Northern Arizona University, earning a mechanical engineering degree in just three years while competing in Lumberjack sports and contributing to the school’s Baja SAE team. “I had some manual machining experience, and I got involved in many hands-on projects.”

When the two connected at the aerospace shop, they quickly bonded over a shared vision: build a company where engineering and machining worked hand in hand, and where culture and passion mattered as much as capability.

In June 2022, both Samm and Cody joined forces to acquire a small shop that had been around for a decade. “They were still running only manual machines—doing rollers for food and shipping conveyors and small quantity run machined parts,” Samm explains. “We saw the potential.”

A Shop That Says “Yes”

From the beginning, Cody and Samm were determined to make AZQM different. Instead of chasing aerospace contracts, they focused on reverse engineering, prototyping, and one-off problem solving—the types of jobs that many shops avoid. “We like the challenge,” says Cody. “Someone walks in with a napkin sketch or a broken part, and we figure it out.”

Their work ranges from custom rollers for industrial food suppliers, robot rail systems for TSMC, hydraulic cylinder repairs, and even machining spindles for a 1949 Ford F5 truck restoration. “We once had to reverse engineer a larger spindle to match 1949 brake plates. The clearances were nuts, but we made it work,” says Samm.

Their technical background shows in every project. Whether modeling in Fusion 360, designing custom fixtures, or creating from worn-out legacy parts, their goal is the same: “We don’t like saying no. We always try to find a way to yes.”

Hear From Customers

“They’ve saved the day more times than I can count—rollers, spacers, brackets, tables—you name it, they can build it. They even prototyped a custom guard, designing something from scratch. Samm and Cody are our go-to machine shop. When we call with an urgent need, they drop everything. No job is too big or too intimidating.”— Justin, Territory Manager

“I can’t say enough good things about AZQM. Their pricing, quality, communication, and opendoor policy have all been outstanding. They are a small young shop, yet they do an amazing job—especially considering the complexity of the parts they manufacture for aerospace. Day in and day out, they’re a phenomenal shop to work with. They’re also great at collaborating and helping me brainstorm ways to improve my parts.”

— Darrel, Plant Manager

“We’ve worked with them on several projects, primarily for machined copper bus prototypes to complement our sheet metal and fabrication work. Whether we need two parts or ten, they consistently deliver with speed, reliability, and great customer service. Their pricing is competitive, and they’re one of the few shops that truly stand behind their work. You can always count on them to get the job done right.”— Del, Manager

Haas Equipment + Ellison Support = Smart Growth

One of the most important decisions Cody and Samm made early on was to go with Haas equipment, supported locally by Ellison Machinery. One of their Haas machines—a VF4SS vertical mill with a TR200Y trunnion—gave them immediate 5-axis capability.

Why Haas? “I knew Haas was easy to use with a friendly User Interface,” Cody says. “Ellison Machinery is right here in the Valley, so we knew we’d have support. The training, service, and peace of mind just made sense.”

That first VF-4SS paid off quickly. “We programmed the trunnion ourselves and started running complex parts right away,” says Cody. “We love how Fusion 360 integrates with Haas—post-processing is easy.”

Their Haas lineup includes the ST-15 lathe with a bar puller, which allows them to run lights-out batches of up to 50 parts. Recently, they added two more Haas machines, including the Haas DS-30Y. Ben Schacht, Business Manager for Ellison Machinery, says, “The DS-30Y Y-axis turning center combines dual-spindle turning with Y axis, C axis, and live tooling to create a powerful “done-in-one” machining solution.”

“We feel great about the equipment,” says Cody. “We’ve had almost no issues, and anytime we need help, Ellison takes care of us, and their techs are excellent.”

Samm and Cody have built over 1,000 CNC programs between them. “We’re self-taught,” says Cody. “We’re always learning. I just saw for the first time Haas’s new Mill Spindle C-Axis Drive attachment—it gave me goosebumps.”

Culture, Craft, and a Clean Shop

At AZQM, the shop environment reflects the personality of its owners: clean, upbeat, and collaborative. Music plays in the background,

projects move quickly, and customers are treated like partners. Cody says, “I look forward to every day. We get to do cool work, solve hard problems, and make people happy.”

That’s no accident. Cody handles most of the front-office work—quotes, communication, coordination—while Samm focuses on quality control, machining, welding, and manual operations. “Dual-spindle lathes are tricky,” Samm says, “but we love a challenge.”

Ben says, ‘These guys put their heart and soul into this. Their shop is spotless, and they not only have the expertise that many shops don’t have, they always show such passion.”

Looking Ahead

Right now, AZQM is running their operation in two bays, and is often so busy that the two young owners and their small team get caught up with weekend and evening hours of operation.

That said, growth is inevitable. With demand increasing and a reputation for smart engineering growing in Phoenix’s job-shop community, Cody and Samm see a bright future. “In the next two years, we want to hire additional employees, maybe expand into a larger building, and keep investing in new technology,” says Cody.

They aren’t chasing aerospace certifications at the moment—“too many hoops,” they say—but they’re no strangers to tight tolerances. At previous employers, they worked on parts for Air Force One, NASA, the Apache helicopter, the M232 chain gun, and Raytheon missile systems. Cody says, “We know high-level work.”

Why Ellison Machinery Matters

The Ellison Machinery team has been instrumental in AZQM’s growth— offering not just machines, but training, technical support, and real relationships. From early discussions with the Ellison Machinery team, including Ben, to reliable post-sale service and warranty support, Ellison has helped make Cody and Samm’s vision a reality.“The fact that we can call Ellison and get a tech quickly—it matters,” says Samm. “We don’t have time for downtime. We’re a small shop. Every day counts.”

Final Word: Passion + Precision = AZQM

AZQM is a shop built by people who love what they do. From restoring classic trucks to designing custom solutions for advanced semiconductor lines, Samm and Cody prove that precision machining isn’t just about tolerances—it’s about attitude.

With Haas machines on the floor, Ellison Machinery in their corner, and a growing reputation for getting the tough jobs done, AZQM is more than just a young shop—it’s a model for the next generation of American manufacturing.

Ellison Machinery offers a full suite of CNC Vertical and Horizontal Machining Centers, Turning Centers, 5-axis systems, Rotary Products, and automation solutions. Visit EllisonAZ.com or call (480) 968-5877 to learn more.

To learn more about how AZQM can support your complex, one-off projects, contact them at: (480) 320-0938 or visit Azqualitymachining.com

WHY DO YOUR MACHINES NEED LASER CALIBRATION?

Improve Machine Performance:

Improve machine performance through targeted maintenance and error compensation

Validate the Capability of your Machine:

Calibration graphs and regular performance evaluation results are excellent proof of your machines capability giving you a competitive advantage over other manufactures who may not perform such tests.

Comply with Quality Assurance Procedures and Standards:

It is requirement of the ISO 9000 series of quality standards that manufacturing, and inspection equipment is calibrated, monitored and controlled using recognized and traceable systems and methods.

Increase Knowledge of your Machine / Manufacturing Capabilities:

Assigning specific tolerance jobs to machines capable of holding these tolerances ensures that you are using the right machine for the job.

Increase Machine Uptime:

Predict when maintenance work will be required for specific machines and establish contingency plans in advance.

It was described as a “lightningand-thunder” situation. Early one morning, GE Appliances, a Haier company, announced it would be investing $3 billion in its 11 U.S. plants and microfactories over the next five years. A few hours later, a large pep rally of sorts delivered the boom inside of the GE Appliance Park in Louisville, Kentucky, as a large crowd mainly composed of IUE-CWA workers fanned themselves with blue square signs emblazoned with “BUILT FOR AMERICA.”

“It’s all about American manufacturing,” GE Appliances CEO Kevin Nolan told Schmidt, who chronicles how the investment came to fruition. “It’s showing that we’ve got the confidence to invest in manufacturing.”

Big investments from Apple Inc. in Texas and Anduril Industries Inc. in Ohio have been making waves in other parts of the country. Last month’s announcement by GE added to what was already a big week in Louisville: Ford Motor Co. announced it will invest $2 billion in its Louisville Assembly Plant, where the company will build a new midsize electric truck.

Another day, another 10-figure data-center proposal — or several.

Energy Storage Solutions has submitted a permit application in Tarboro, North Carolina, for a project expected to entail a $6.4 billion investment that will provide 500 jobs. Outside

Atlanta, a project with an estimated buildout value of $1.2 billion that would span 900,000 square feet across two or more buildings has been proposed. That project, being developed by Project Turbo LLC, is expected to generate about $25 million in annual local tax revenue. Newly announced projects in South Texas and Maryland add to the growing list of data centers in planning and development across the country.

AI isn’t going away; neither are data centers. The key is how to make the competing interests work together — and finding the business opportunities along the way. To that end, Jorge Ramos of the Phoenix Business Journal has one such example, reporting that Aligned Data Centers has partnered with DivCon Controls to open an advanced cooling lab intended to provide a more-efficient cooling option for datacenter infrastructure. Said Aligned Chief Technology Officer Michael Welch: “Data centers are the modern-day backbone to the infrastructure age, and certainly we want to be there to support everybody’s use of these systems.”By Mark Mensheha – American City Business Journal

THE METAL YOU NEED UNDER ONE ROOF

A grand opening for the batteryproducing wing of LG Energy Solution Ltd.’s battery factory in Queen Creek is on the horizon, with hiring underway ahead of a 2026 production goal.

“Their manufacturing facility is about 60% complete, and so they anticipate starting production in summer of 2026,” Doreen Cott, Queen Creek’s economic development director, told the Business Journal.

later confirmed to the Business Journal the company’s plans to launch production next year.

In 2022, the South Korean tech giant’s months-long search for a United States location to produce lithium-ion batteries eventually ended with the purchase of 650 acres of state land and plans for a $1.4 billion manufacturing plant in Queen Creek.

A year later, LGES upped the investment to $5.5 billion for two manufacturing plants — the $3.2 billion battery facility and a $2.3 billion lithiumiron phosphate pouch-type battery plant for energy storage systems.

LGES cited Queen Creek’s “strategic importance, businessfriendly environment, and access to educated and an abundance of workforce,” as its reasons for selecting the town for its location, the Business Journal previously reported. The company said it deemed those site selection factors critical for the electric vehicle supply chain.

The company expects the 1 million-square-foot 46-Series cylindrical-type battery manufacturing plant northeast of Ironwood and Germann roads will create 1,500 new employment opportunities. The facility was 35% completed as of December 2024 and LGES planned to ramp up hiring in 2025.

As of Aug. 1, the company has 26 Arizona job openings on its hiring site. Hiring and training for LGES’ initial team of workers is underway through Arizona’s battery-focused Future48 Workforce accelerator, a partnership with the Arizona Commerce Authority, Pinal

Co unty and Central Arizona College, the company said.

After LGES committed to its plans in Queen Creek, the town moved to rezone around 1,600 acres of land for future industrial projects. The town also negotiated agreements with the state and took on debt to help finance the infrastructure improvements needed amid the factory construction.

“Because they are such a large company, and they’re building such a large manufacturing facility, there’s been interest from their suppliers and vendors to come to Queen Creek because they want to be close to the LG campus,” Cott said. “I anticipate being very busy as LG gets closer and closer to their grand opening.”

Pause on energy storage system facility remains

LGES started preliminary site work at the end of 2023 and began vertical construction in mid-2024. Both facilities had a 2026 estimated production timeline, about a year later than the initial proposal, according to reporting from the Business Journal.

In June 2024, LGES said it was temporarily pausing construction plans for the second phase of its plant, the energy storage system. The company told the Business Journal at the time it was “adjusting the pace” of its investment based on the market and “focusing on optimizing our operations.”

LGES confirmed recently that the energy storage system project remains on hold with no additional updates.

The battery facility will produce 46-Series batteries at an annual capacity of 36 gigawatt hours to “pre-emptively respond to market demands” — an adjustment from its previous plans to make 2170-Series lithium-ion cylindrical batteries at an annual production capacity of 27 gigawatt hours.

LGES announced the facility would produce batteries to supply Rivian Automotive Inc.’s R2 model vehicles built at its Illinois manufacturing plant. The company told the Business Journal plans to provide products to Rivian and other “major automakers” remain, and that it is forming partnerships to ensure the delivery of the product. This year, the company partnered with Honeywell for the facility’s building automation technologies.

This week, Reuters reported LGES agreed to a $4.3 billion deal to produce energy storage system batteries for Tesla Inc. LGES declined to confirm details regarding how the Arizona facility would factor into that deal.

By Griffin Uribe Brown – ACBJ/Dow

Your Quality Management System should work as precisely as the parts you manufacture – efficient, streamlined, and built to last

At Cavendish Scott, we’ve spent over 40 years delivering custom ISO systems with measurable results –no bloated paperwork, no wasted motion, no templates.

We guarantee your certification and ensure your system stays lean, effective, and easy to maintain.

US reaches deal with Intel to acquire 9.9% of company

The U.S. government has struck a deal with Intel Corp. to take a nearly 10% equity stake in the company, the White House and the California-based chipmaker announced.

Under terms of the deal, the U.S. government is agreeing to invest $8.9 billion for 433.3 million shares of Intel’s stock at $20.47 per share, equating to a 9.9% stake in the chipmaker, according.

“As the only semiconductor company that does leading-edge logic R&D and manufacturing in the U.S., Intel is deeply committed to ensuring the world’s most advanced technologies are American made,” Lip-Bu Tan, CEO of Intel, said in a statement. “President Trump’s focus on U.S. chip manufacturing is driving historic investments in a vital industry that is integral to the country’s economic and national security.”

The federal government’s equity stake will be funded with $5.7 billion in CHIPS Act grants previously allocated — but not yet paid — to Intel, and $3.2 billion awarded to

the company as part of the Secure Enclave program.

Intel will continue to meet its Secure Enclave obligations to manufacture chips for the U.S. Department of Defense. The government’s $8.9 billion investment in Intel is in addition to $2.2 billion in CHIPS Act grants already paid to the company, equating to a total investment of $11.1 billion.

Intel was awarded up to $7.8 billion in direct CHIPS Act funding in November to support its Ocotillo fab expansion in Chandler and projects in Oregon, Ohio and New Mexico. All told, Intel expects to invest more than $100 billion to expand its U.S. sites.

Intel began initial production of advanced silicon wafers using its 18A process technology at its Ocotillo campus with plans to ramp up to full volume production later this year.

The government’s investment in Intel will be a passive ownership with no board representation, other governance or information rights. The government also agrees to vote with Intel’s board of directors on matters requiring shareholder approval with limited exceptions, according to the company.

The government will receive a five-year warrant, at $20 per share, for an additional five percent of Intel common shares, exercisable only if the company ceases to own at least 51% of its foundry business.

The deal comes several days after President Trump met with Tan at the White House and changed course on the Intel executive, whom he previously stated should resign from the company due to his alleged financial ties to Chinese companies. By Amy Edelen – Phoenix Business Journal

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Optical Comparators

Advanced Coordinate Tech 480-921-3370

D & R Machinery 480-775-6462

Ellison Machinery 480-968-5335

Innovative Measuring Systems 602-527-5488

Mitutoyo America 480-294-7631

Magnum Precision Mach 602-431-8300

Renishaw 847-286-9953

Total Quality Systems __ 480-377-6422

Zeiss Ind. Metrology 800-327-9735

Rapid Optical Inspection

Mesa Mach Sales 480-545-0275

Repair & Certification

Advanced Coordinate Tech

Video Measuring Systems Ellison Machinery 480-968-5335

Mitutoyo America 520-709-1261

WaterJet: Filtration/Chillers Ebbco

Air Distribution Systems

Magnum Precision Mach 602-431-8300

Band Saw/ Blades

D & R Machinery

480-775-6462

Echols Saw & Supply 602-278-3918

S.L. Fusco ___________ 602-276-0077

Bar Feeders

Arizona CNC Equip

D & R Machinery

Ellison Machinery

Chuck Jaws

480-968-5335

Arizona CNC Equip 480-615-6353

Ellison Machinery 480-968-5335

Chucks

Adams Machinery 480-968-3711

Arizona CNC Equip 480-615-6353

BISON 714-931-1327

Ellison Machinery 480-968-5335

Clamping

SCHUNK 919-452-4535

CNC Collet Chucks

Sonoran Machinery

480-615-6353

480-775-6462

Edge Technologies 951-440-1574

Ellison Machinery _______ 480-968-5335

Magnum Precision Mach 602-431-8300

Bellows

Hennig______________909-420-5796

Lone Arrow

Cabinets, Custom

480-507-8074

Chip Conveyors

Hennig_____________909-420-5796

Chip Management

Arizona CNC Equip_______ 480-615-6353

Ellison Machinery________480-968-5335

Hennig_____________909-420-5796

Chip Removal

Arizona CNC Equip 480-615-6353

Shot Pins

Welker Engineered Products 800-229-0890

CUING TOOLS

Cutting Tools

ARNO USA 815-236-8118

Copper State Bolt & Nut 800-603-6887

Cutting Tools Consultants 602-277-1342

Haydale 530-598-8774

Lang-Technik 262-446-9850

PH Horn 602-489-0096

S.L. Fusco 602-276-0077

Drillling/ Gear Cutting/ Reaming Tools

PH Horn 602-489-0096

Grooving Tools

ARNO USA 815-236-8118

Live Tool Holders

BISON 714-931-1327

480-826-5283

Royal Products 800-645-4174

Collet Fixtures

Sonoran Machinery 480-826-5283

Royal Products 800-645-4174

Coolant Systems

Castrol Industrial 602-921-7634

Ebbco Inc 800-809-3901

MP Systems 909-282-7463

Star Metal Fluids 800-367-9966

Coolant Systems: Chillers

MP Systems __________ 909-282-7463

AUTOMATION COMPONENTS

Lockouts

Welker Engineered Products _ 800-229-0890

New Linear Slides

Welker Engineered Products _ 800-229-0890

SCHUNK 919-452-4535

Spindle Tooling

BISON 714-931-1327

Static Tool Holders

BISON 714-931-1327

SCHUNK 919-452-4535

Swiss CuttingTools

Tooling Columns

ARNO USA 815-236-8118

Digital Readout Units

Adams Machinery 480-968-3711

D & R Machinery 480-775-6462

Lone Arrow 480-507-8074 Magnum

Lubricants / Systems

Admiral Metalworking Fluids

S.L. Fusco

Star Metal Fluids

844-263-5843

602-276-0077

800-367-9966

New Way Covers & Repair

Hennig______________909-420-5796

Pallet Systems

Adams Machinery _______

480-968-3711

Arizona CNC Equip_______480-615-6353

D & R Machinery

480-775-6462

Ellison Machinery 480-968-5335

Parts Washing Equipment

D & R Machinery

Qualichem, Inc

S.L. Fusco

Star Metal Fluids

480-775-6462

480-320-0308

602-276-0077

800-367-996

R8 Quick-Change Tool System

Royal Products

SCHUNK

800-645-4174

Robot Accessories

919-452-4535

Rota-Rack Parts Accumulator

Royal Products 800-645-4174

S.L. Fusco

Sealants

Spindles

602-276-0077

GMN USA 800-686-1679

Vibratory Equipment

Adams Machinery 480-968-3711

D & R Machinery 480-775-6462

Vises and Vise Jaws

Arizona CNC Equip 480-615-6353

Lang-Technik_________ 262-446-9850

Stevens Engineering 602-272-6766

Waterjet Abrasives

Lone Arrow 480-507-8074

Waterjet Accessories

Lone Arrow 480-507-8074

Waterjet Replacement Parts

Arizona CNC Equip 480-615-6353 Wipers

Hennig_____________909-420-5796

Work Holding

Ellison Machinery _______ 480-968-5335

Kurt Manufacturing 763-574-8320

Lang-Technik 262-446-9850

Stevens Engineering 602-272-6766

CONSUMMABLES

Cutting Fluids & Oils (Coolants)

Admiral Metalworking Fluids 844-263-5843

Castrol Industrial 602-921-7634

Echols Saw & Supply _____ 602-278-3918

Pioneer Distributing Co. 602-278-2693

S.L. Fusco 602-276-0077

Star Metal Fluids 800-367-9966

EDM Materials & Supplies

Adams Machinery _______ 480-968-3711

D & R Machinery 480-775-6462

EDM Network 480-836-1782

EDM Performance acc’s ____ 800-336-2946

Qualichem Inc 480-320-0308

Single Source Technologies 602-686-0895

Star Metal Fluids 800-367-9966

Impression Materials

Roydent 480-607-1876

Machine Tool Cool. Filtration

Castrol Industrial 602-921-7634

D & R Machinery 480-775-6462

Qualichem, Inc 480-320-0308

Star Metal Fluids 800-367-9966

Solvents & Degreasing Agents

Castrol Industrial 602-921-7634

Qualichem, Inc 480-320-0308

Star Metal Fluids _______ 800-367-9966

HARDWARE MATERIAL

Alloys: High Temperature

Aerodyne Alloys 860-289-3820

Western States Metals 801-978-0562

Alloys: Specialty

Aerodyne Alloys 860-289-3820

Sierra Alloys TSI 800-423-1897

Aluminum

AZ Metals 602-688-8003

Basic Metals 262- 255-9034

Ind. Metal Supply 602-454-1500

Coast Aluminum 877-977-6061

HT Metals ___________ 520-807-6157

New Mexico Metals 505-717-1900

Samuel, Son & Co 602-721-0176

Tube Service Company 602-267-9865

Aluminum Extrusions

Ind. Metal Supply 602-454-1500

Coast Aluminum 877-977-6061

Samuel, Son & Co 602-721-0176

Bar: Large Diameter

Coastal Metals 800-811-7466

Samuel, Son & Co 602-721-0176 TW Metals 800-203-8000

Chrome Rod

Western States Metals

Copper

AZ Metals

Ind. Metal Supply

Coast Aluminum

New Mexico Metals

________

Western States Metals

Ind. Metal Supply

AZ Metals

AZ Tool & Steel

Coast Aluminum

Davis Salvage Co

HT Metals

Ind. Metal Supply

Lead

801-978-0562

602-688-8003

602-454-1500

877-977-6061

505-717-1900

801-978-0562

602-454-1500 Metals

602-688-8003

480-784-1600

877-977-6061

602-267-7208

520-807-6157

___________

New Mexico Metals

Samuel, Son & Co

Sierra Alloys TSI

Tube Service Company

Western States Metals

AZ Metals

HRPO Steels

Steel Warehouse

800-348-2529

Manufacturer Steel Grades

Steel Warehouse

800-348-2529

Military Grade Steels

Steel Warehouse ________ 800-348-2529

Stainless Steel

Basic Metals

HT Metals

Sierra Alloys TSI

Davis Salvage Co

HT Metals

602-454-1500

505-717-1900

602-721-0176

800-423-1897

602-267-9865

801-978-0562

_____

Metals-Bar & Plate

602-688-8003

AZ Tool & Steel

Coast Aluminum

Davis Salvage Co

Ind. Metal Supply

Samuel, Son & Co

_______

480-784-1600

877-977-6061

602-267-7208

602-454-1500

602-721-0176

Plastics- Acrylic/PVC, Tubing, Titanium

Samuel, Son & Co

602-721-0176

Abrasion-Resistant Steels

Steel Warehouse

________ 800-348-2529

Floor Plate Steels

Steel Warehouse

800-348-2529

High-Strength Steels

Steel Warehouse

800-348-2529

262- 255-9034

520-807-6157

800-423-1897

Tool Steel

602-267-7208

Titanium & Hastelloy

520-807-6157

Sierra Alloys TSI

Tubing & Pipe

800-423-1897

AZ Metals

602-688-8003

Ind. Metal Supply 602-454-1500

New Mexico Metals 505-717-1900

Samuel, Son & Co 602-721-0176

Totten Tubes

602-278-7502

Tube Service Company 602-267-9865

TUBING: Round, Square, Rectangular

Totten Tubes

602-278-7502

INDUSTRIAL HARDWARE

Abrasives

Industrial Supply 928-258-2101

Boring Tools

THINBIT 800-THINBIT

Carbide

Cutting Tools Consultants

LRW Cutting Tools

602-277-1342

602-269-1775

THINBIT 800-THINBIT

Chucks & Collets

Sulli Tool & Supply 714-863-6019

Clamping & Gripping

SCHUNK 919-452-4535

Cutting Tools

B&T Tool & Engineering 602-267-1481

Cutting Tools Consultants 602-277-1342

LRW Cutting Tools 602-269-1775

Sulli Tool & Supply 714-863-6019

The Tool Crib Inc. 602-978-3130

THINBIT 800-THINBIT

Cutting Tools: Custom

B&T Tool & Engineering 602-267-1481

Fullerton Tool 720-273-0846

LRW Cutting Tools 602-269-1775

Sulli Tool & Supply 714-863-6019

THINBIT 800-THINBIT

Drills

Cutting Tools Consultants 602-277-1342

Fullerton Tool 720-273-0846

LRW Cutting Tools 602-269-1775

The Tool Crib Inc. _______ 602-978-3130

End Mills

Coast Aluminum Sales

480-797-5162

Cutting Tools Consultants 602-277-1342

Fullerton Tool 720-273-0846

Global Superabrasives 888-586-8783

LRW Cutting Tools 602-269-1775

The Tool Crib Inc. 602-978-3130

Form Tools

Coast Aluminum Sales 480-797-5162

Cutting Tools Consultants

602-277-1342

Global Superabrasives 888-586-8783

Workholding

Lang-Technik 262-446-9850

Sulli Tool & Supply ______ 714-863-6019

PACKAGING

Cleanroom Packaging

Foam Packaging Specialties 480-966-6889

Corrugated Paper & Plastic Boxes

Foam Packaging Specialties 480-966-6889

Crating

Foam Packaging Specialties 480-966-6889

Foam Packaging

Foam Packaging Specialties 480-966-6889

Hard Cases

Foam Packaging Specialties 480-966-6889

PALLET SYSTEMS

Manual & Automatic Pallet Systems

Midaco Corporation 847-593-8420

MECHANICAL

Seasonal Preventative Maintenance

Geiger Mechanical 623-773-1787

Process Piping: Compressed Air, Oxygen, Nitrogen

Geiger Mechanical_______ 623-773-1787

Dust / Fume Collection

Geiger Mechanical 623-773-1787

Repairs / Breakdowns

Geiger Mechanical 623-773-1787

Unit Replacements / Installs

Geiger Mechanical_______ 623-773-1787

Evaporative Coolers

Geiger Mechanical 623-773-1787

PRODUCTS

Safety Glasses

Midaco Corporation 847-593-8420

Part Loading Systems

Midaco Corporation 847-593-8420

CAD/CAM

Adams Machinery 480-968-3711

4114 West Saturn Way, Suite 103

4114 West Saturn Way, Suite 103

Arizona 85226

Arizona 85226

Scott Krueger

(928) 258-2101

Scott Krueger

Email: skrueger@indsupply.com

Email: skrueger@indsupply.com

Call: (928) 258-2101

Call: (928) 258-2101

Arizona CNC Equip 480-615-6353

Feature Cam 602-502-9654

MLC CAD (MasterCAM) 480-696-6056

MLC CAD (SolidWorks) 480-696-6056

Turul Engineering 480-420-7117

Vero Software 602-359-2530

Software, Inv. Control

Feature Cam __________ 602-502-9654

MLC CAD (MasterCAM) ____ 480-696-6056

MLC CAD (SolidWorks) 480-696-6056

Software, NC Programming

Adams Machinery _______ 480-968-3711

Ellison Machinery 480-968-5335

Feature Cam 602-502-9654

MLC CAD (MasterCAM) 480-696-6056

MLC CAD (SolidWorks) 480-696-6056

Software, Servicing

Feature Cam __________ 602-502-9654

MLC CAD (MasterCAM) 480-696-6056

MLC CAD (SolidWorks) 480-696-6056

SERVICES

AS9100 / ISO9001 Certification

AZ MEP 602-845-1200

KALOS Certifications 480-486-8007

Auctions/Appraisals

KD Capital ___________ 800-922-1674

Perfection 847-545-6906

Automation & Controls

Metals Eng & Testing Lab. 602-272-4571

Banks

Alerus Bank & Trust 480-905-2414

Bank of Herrin 618-942-4200

Banterra Bank 480-770-0007

Calibration Services

Advanced Coordinate Tech 480-921-3370

Arizona CNC Equip _____ 480-615-6353

Washington Calibration 480-820-0506

Calibration: Repair & Certify

Advanced Coordinate Tech __ 480-921-3370

Washington Calibration 480-820-0506

Consulting

AZ MEP 602-845-1200

BMSC 480-445-9400

Quality Training Consultants 928-284-0856

Consulting:Business Improvement BMSC 480-445-9400

Contract Programming

Adams Machinery 480-968-3711

Ellison Machinery 480-968-5335

CNC Training

Adams Machinery _______ 480-968-3711

Gateway Commnity College 602-238-4383

Ellison Machinery 480-968-5335

Crates/Pallets

Beau’s Crates 480-966-3630

Craters & Freighters ______ 480-966-9929

Crating Technology 602-528-3628

Crating Onsite

Beau’s Crates 480-966-3630

Craters & Freighters 480-966-9929

Crating Technology 602-528-3628

Design Services

Metalcraft Inc. 480-967-4889

Metalcraft Inc.________480-967-4889

Engineering Services

Advanced Coord. Tech 623-780-4137

Facility Safety

Hennig_____________909-420-5796

Financial Services

Alerus Bank & Trust 480-905-2414

Bank of Herrin _________ 618-942-4200

Banterra Bank 480-770-0007

Western Banks 480-917-4243

HazMat Pachaging & Shipping

Craters & Freighters 480-966-9929

Heavyhaul

Rigging

C&M Rigging

Hunter Machine Moving

Transportation

C&M Rigging _________

602-253-8200

Transportation:Air/Freight/Ground

C&M Rigging 602-253-8200

Working Capital, Credit Lines

Bank of Herrin

602-253-8200

602-246-8783

Safety Training

AZ MEP ____________ 602-845-1200

Schools, Custom Training

Arizona MEP

602-845-1200

Gateway Commnity College 602-238-4383

Ellison Machinery 480-968-5335

Shipping

618-942-4200

Banterra Bank 480-770-0007

RECYCLING

Consolidated Resources Inc. 623-931-5009

Davis Salvage Co _______ 602-267-7208

REPAIR/DESIGN

Bar Feeder Repair

Edge Technologies 951-440-1574

Machine Tool Rebuilding

Advanced Precision 602-525-0156

API Services 757-223-4157

Adams Machinery 480-968-3711 Arizona

CNC Training

Adams Machinery 480-968-3711

Ellison Machinery 480-968-5335

Engineering Services Advanced Coord. Tech 623-780-4137

Metals Eng & Testing Lab. 602-272-4571

Maint/Repair Services

Adams Machinery 480-968-3711

602-525-0156

480-615-6353

480-709-1450

480-775-6462

480-968-5335 602-569-1809

602-525-0156 The Werks

3D Machine ................................82

AAE ..91

Able Electropolishing 56,84

Abrams Airborne Mfg..............................85

ABS Metallurgical..................................................24,86

ACC Machinery .........................................73

Accu-traq .......................................................81

Active Solutions ..........................................50

Adams Machinery .........................47,73,96

Admiral Metalworking Fluids ...39,76,77

Advanced Precision 80

AEGIS ......................................................62-63

AEI Fabrication............................................91

Aero Spring & Mfg............................ ........84

AllFab Engineering 85

Alpha Machine 91

Alpha Mfg Solutions (AMS) 87

American Tools & Metals 74,75

Americhem Engineering.........................75

APS Machining ...........................................87

Arizona CNC ........................ 7,68,73-77,78

Arizona Iron Supply 70

Arizona MEP 14,34,55,81

Arizona Tool Steel 78

Arizona Wire & Tool ................... .............93

ARNO USA .................................................76

AT&D..............................................................83

Auer Precision..............................................85

Avtek 88

Axian Technology 82

Ayers Gear & Machining 79

AZ Metals 12,76

AZ Precision ................................................ 80

AZMF Precision..........................................91

AZQM ...............................................66-67,86

B&T Tool & Engineering 79

Bank of Herrin 41,81

Banterra Bank.................................2,80

Basic Metals 28,78

Beau’s Crates................................................ 80

BEL Machining.......................................... 84

Big O Metals................................................ 84

BISON 77

Blaze Precision 83

BLM Group 74,75

Blue Streak Grinding 56,85

BMSC ...................................................... 40,92

Bystronic................................................ ,73,74

C&M Rigging .......................................... 6,81

Capital Metal Finishing 91

Castrol Industrial 76

Challenger Aerospace 87

ChemResearch(CRC) 32,87

Chiron Group........................................16,73

CIS................................................................... 82

Cleveland Electric Labs............................91

Coast Aluminum..................................38,77

Coastal Metals...........................................8,78

Coating Tech................................. ..............93

Collins Metal Finishing............................83

Consolidated Resources.....................37,80

Continental Machining...................................88

Continental Precision..........................86,87

Crating Technology....................................80

Index of Advertisers

Craters & Feighters.....................................80

Creedbilt Inc.................................................91

D2P..................................................................57

D & R Machinery.............................9,73,79

Davis Metals ...................................71,91

Deras Precision....................................87

Desert Precision MF...........................84

Diabetes Center....................................81

Diersen Welding............................47,91

DM Machine Repair..........................80

DMG Mori ................................................73,74

Dolphin...............................................................82

Dynamic Machine ..................................22,86

Certifications........................81

KLK Inc .................................................. 88

KTR Machine................................. 25,74

Kurt Manufacturing Co..................... 78

L&W Machine Co. 87

Landmark Solutions 15,75

Lang-Technik 74

Latitude Machinery 74

Layke Inc................................................ 83

LEI Machining ..................................... 88

Liberty Precision Works .................... 83

Lone Arrow 76

LRW Cutting Tools 79

LTM Plastics 86

LV Swiss 90

Lynch Brothers .......................... 82,86,87

Magnum Prec.................... ..11,73-78,95

Makino ................................................... 73

MarZee 20,85,91

MASIC Industries 48,91

Matrix Machine 82,83

Matsuura 73

Mesa Machinery .................................. 75

Metalcraft Inc. ...................................... 87

Metals Eng & Testing Labs ............... 83

Methods Machine 21,74

Metzfab 23,90,91

Midaco Corp 83

Milco 83

Mini RCR ........................................ 54-55

Mitutoyo ................................................ 79

MLC CAD Systems ............................ 80

MPC Machines 88

Multi-Axis Machining 88

NAI Horizon 63

National Grinding & Mfg. 85

Nelson Engineering ...................... 44,84

New Mexico Metals ............................ 78

Nexus Manufacturing ...................49,86

NFP Property & Casualty 80

North-South .............................17,73-76

Northwest Machine LLC....................90

Osborn Products 83,85

P4 Swiss Lindel................................ 87,91

Paragon Machining & Design ......... 89

Perfection Industrial Finishing...69,90

Perfection Industrial Sales 76

Performance Grinding & Mfg 91

PH Horn 76

Phoenix Fab & Design 87

Phoenix Grinding ............................... 83

Phoenix Heat Treat ........................39,86

Pioneer Distributing Co. ................... 83

Platinum Registration ........................ 80

Powill Mfg 86

PPE Engineering 93

PQI 1,42-43

Praxis Precision.................................... 86

Precision Aerospace.............................91

Precision Die & Stamping........... 30,82

Productivity............................ ...............73

Buyer’s Guide & Card Gallery Processes

ADDITIVE MFG / 3 D PRINTING

AZMF Precision ________ 602-476-7477

Creedbilt 623-939-8119

Jaguar Precision Machine 505-242-6545

Manna Integrated Tech (MIT) 602-332-8069

ASSEMBLY

AAE 928-772-9887

Abrams Airborne Mfg 520-887-1727

Active Solutions 480-271-1967

AEI Fabrication 480-733-6694

Cleveland Electric Labs 480-967-2501

GHT Services 480-396-1800

Hi-Tech Machining & Eng ___ 520-889-8325

JDB Ltd. 602-992-9627

KLK Ind. 602-267-1331

Precise Metal Products 602-272-2625

Tram-Tek 602-305-8100

United Pacific Electronics 760-438-2370

Wrico 480-892-7800

VFT (Vacuum Furnace Thermocouple) Assemblies

Cleveland Electric Labs 480-397-0036

BAR CODING

Sensing Solutions

Cleveland Electric Labs 480-967-2501

Thermo Couples

Cleveland Electric Labs

480-967-2501

Bending: CNC

AZMF Precision 602-476-7477

Precise Metal Products 602-272-2625

BROACHING

Air Gear 602-275-7996

CASTINGS

AATC 602-268-1467

Dolphin 602-272-6747

Western Cast Parts 480-250-9764

Castings: Prototype

AATC 602-268-1467

Western Cast Parts 480-250-9764

Castings: Production

AATC _____________ 602-268-1467

Western Cast Parts 480-250-9764

COATING

Coating Technologies 623-242-9575

Collins Metal Finishing ____ 602-275-3117

Perfection Industrial Finishing 520-434-9090

Gold Tech Industries _480-968-1930

Perfection Industrial Finishing 520-434-9090

Sav-On Plating 602-252-4311

Coating: Black Oxide

Phoenix Heat Treat 602-258-7751

Coating: Dry Film Lube

Coating Technologies 623-242-9575

CRC Surface Technologies 602-288-0394

Frontier Group 602-437-2426

Perfection Industrial Finishing 520-434-9090

Coating: Electroplate

Collins Metal Finishing 602-275-3117

Coating: Nickel/Teflon

Coating Technologies 623-242-9575

Collins Metal Finishing 602-275-3117

Coating: NP3

Coating Technologies 623-242-9575

Coating:Zinc & Mag.Phos. Chemetall 714-739-2821

Coating Technologies 623-242-9575

CRC Surface Technologies 602-288-0394

Coating:Passivation

Collins Metal Finishing 602-275-3117

Frontier Group 602-437-2426

Powder Coating

AZMF Precision 602-476-7477

Collins Metal Finishing 602-275-3117

Frontier Group 602-437-2426

Perfection Industrial Finishing 520-434-9090

Perfection Industrial Finishing_520-434-9090

COIL PROCESSING

Big O Metals 480-477-9182

CUTTING

Echols Saw & Supply 602-278-3918

Die Casting/Aluminum & Zinc

TVT Die Casting 800-280-2278 DIES

Allied Tool & Die

Arizona Wire & Tool

Precision Die & Stamp’g

EDM: Dialectric Systems /Filtration

Ebbco Inc 800-809-3901

EDM: Wire

3D Machine LLC 480-239-8254

AAE 928-772-9887

Arizona Wire & Tool 480-813-1002

Auer Precision 480-834-4637

Blaze Precision 480-584-5227

Continental Machining 800-777-2483

Manufacturing Optimization

Turul Engineering 480-420-7117

Product Development

Turul Engineering 480-420-7117

FAA REPAIR STATION

Sonic Aerospace 480-777-1789

FABRICATION: SHEET METAL

Abrams Airborne Mfg

AEI Fabrication

AERO Spring & Mfg Co

Allfab Engineering

AZMF Precision

BEL Machining

Big O Metals __________

Continental Machining

602-429-2514

480-813-1002

480-967-2038

Wrico 480-892-7800

EDM

EDM: Drilling Small Hole

AAE 928-772-9887

EDM Tech 602-278-6666

LAYKE, Inc.___________ 602-272-2654

Milco 714-373-0098

Quality Mold__________ 480-892-5480

EDM: Ram-Type (Sinker)

AAE 928-772-9887

Blaze Precision 480-584-5227

EDM Tech

602-278-6666

Liberty Precision Works 480-584-5227

Milco _____________ 714-373-0098

Pro-Tek 928-759-9494

Quality Mold__________ 480-892-5480

Tram-Tek 602-305-8100

EDM Tech 602-278-6666

East Valley Precision 480-288-6601

Gilbert Metal Stamping 480-503-1283

LEI Machining 928-310-7110

Liberty Precision Works 480-584-5227

Milco______________714-373-0098

Powill Manufacturing 623-780-4100

Pro-Tek _____________ 928-759-9494

Quality Mold__________480-892-5480

Thompson Machine ______ 505-823-1453

Whitley Machine 602-323-5550

Wrico 480-892-7800

ELECTRONICS

United Pacific Electronics ___ 760-438-2370

ENGINEERING/ PROGRAMMING

K-2 Manufacturing 602-455-9575

Pro-Tek 928-759-9494

Turul Engineering 480-420-7117

Engineering Analysis

Turul Engineering 480-420-7117

Creedbilt Inc __________

Dayton Lamina

Desert Precision Mfg _____

Diersen Welding & Fabrication

Dynamic Machine & Fabrication

Gilbert Metal Stamping

K-2 Manufacturing

LEI Machining

Lynch Brothers Mfg

Magnum Companies

Metzfab

Nelson Engineering

Precise Metal Products

Reiter’s Custom Welding

Scriven Precision

Stewart Precision Mfg

TMM Precision

Valley Machine Works _____

Whitley Machine

Wrico _____________

Desert Precision Mfg

520-887-4433

Fry Fabrications 602-454-0701

K-2 Manufacturing 602-455-9575

Nelson Engineering 602-273-7114

Precision Metalworks 602-455-9575

Roll Forming

Southwest Waterjet-Laser

Stewart Precision Mfg

480-306-7748

623-492-9400

TMM Precision 800-448-9448

High Production Precision Stamping

Allied Tool & Die

602-429-2514

Precision Die & Stamping 480-967-2038

Thompson Machine ______ 505-823-1453

Industrial Repair & Fabrication:

LEI Machining

928-310-7110

Metal Forming

Allfab Engineering_______

602-437-0497

AZMF Precision 602-476-747

Big O Metals

Desert Precision Mfg

K-2 Manufacturing ______

Reiter’s Custom Welding

Ron Grob 970-667-5320

Saw Cutting

MPC Machines 714-271-5319

Paragon Machining & Design 480-635-9163

FINISHING

AZMF Precision _________ 602-476-7477

Coating Technologies _____ 623-242-9575

Perfection Industrial Finishing 520-434-9090

Phoenix Heat Treating______602-258-7751

TVT Die Casting 800-280-2278

Abrasive Blasting

Perfection Industrial Finishing 520-434-9090

Phoenix Heat Treat

602-258-7751

Nitriding: Gaseous

Controlled Thermal Tech 602-272-3714

Nitriding: Salt Bath

Controlled Thermal Tech 602-272-3714

Passivation

Coating Technologies _623-242-9575

Collins Metal Finishing ____ 602-275-3117

CRC Surface Technologies 602-288-0394

Frontier Group 602-437-2426

Polishing

Valley Machine Works 602-254-4173

Sand Blasting

480-477-9182

520-887-4433

602-455-9575

623-847-4028

Metal Restoration

Capital Metal Finishing

520-884-7473

Metal Restoration

Capital Metal Finishing

Big O Metals

Marzee

520-884-7473

Plasma Cutting

480-477-9182

602-269-5801

Precision Metal Forming

AEI Fabrication

AZMF Precision

Desert Precision Mfg

K-2 Mfg

480-733-6694

602-476-7477

520-887-4433

602-455-9575

Reiter’s Custom Welding 623-847-4028

SPRINGWORKS Utah 801-298-0113

Thompson Machine 505-823-1453

Wrico 480-892-7800

Punching

Big O Metals

480-477-9182

Phoenix Heat Treat 602-258-7751

STP Performance Coating LLC 602-276-1231

Brazing: Aluminum Dip

Abrams Airborne Mfg 520-887-172

Brazing: Induction

Thermal Vac 714-514-8382

Brazing: Vacuum

Thermal Vac 714-514-8382

Carburizing

Controlled Thermal Tech

Chemfild

602-272-3714

Collins Metal Finishing 602-275-3117

Dry Film Lubrication

Frontier Group 602-437-2426

Electro-Polishing

Able Electropolishing _____ 888-868-2900

Collins Metal Finishing _____ 602-275-3117

Glass Bead Clean

A2Z Sandblasting _______ 602-716-5566

Coating Technologies 623-242-9575

Lone Arrow 480-507-8074

A2Z Sandblasting 602-716-5566

Coating Technologies 623-242-9575

Masic Industries 503-232-9109

Perfection Industrial Finishing 520-434-9090

Phoenix Heat Treat 602-258-7751

STP Performance Coating LLC 602-276-1231

Stripping

Coating Technologies 623-242-9575

FIXTURES

Allied Tool & Die 602-429-2514

Blaze Precision 480-584-5227

J&R Precision 480-600-3503

Paragon Machining & Design 480-635-9163

Pro-Tek 928-759-9494

FOUNDRY

AATC 602-268-1467

GRINDING

Arizona Wire & Tool 480-813-1002

Auer Precision 480-834-4637

Blue Streak Grinding 602-353-8088

CRC Surface Technologies __ 602-288-0394

Patrick H. Stewart II President

Grinding: ID

Air Gear

Controlled Thermal Tech

602-272-3714

Dolphin 602-272-6747

Phoenix Heat Treat 602-258-7751

Heat Treating/NADCAP

ABS Metallurgical 602-437-3008

Bolts Metallizing - CWST 602-244-2432

Lynch Brothers Mfg 602-267-7575

Phoenix Heat Treat 602-258-7751

602-275-7996

Blue Streak Grinding 602-353-8088

Grindworks __________ 623-582-5767

National Grinding & Mfg

602-588-2869

Nexus Manufacturing 480-239-9525

Osborn Products ________ 623-587-0335

Ron Grob 970-667-5320

Superior Grinding 888-487-9701

Tram-Tek ____________

602-305-8100

Grinding: Surface

Arizona Wire & Tool

480-813-1002

Blue Streak Grinding _____ 602-353-8088

Grindworks

623-582-5767

National Grinding & Mfg 602-588-2869

Osborn Products ________ 623-587-0335

Phoenix Grinding

602-437-8401

Praxis Precision 480-833-1444

Pro-Tek _____________ 928-759-9494

Quality Mold

480-892-5480

Superior Grinding 888-487-9701

Grinding: Tool & Cutter

CTE 800-783-2400

Performance Grinding & MFG 480-967-5354

Superior Grinding 888-487-9701

Gun Drilling

Powill Manufacturing 623-780-4100

HEAT TREATING

ABS Metallurgical _______ 602-437-3008

Bolts Metallizing - CWST 602-244-2432

Large Capacity Drop Bottom Oven/Aluminum Heat Treating

Lynch Brothers Mfg 602-267-7575

Phoenix Heat Treat 602-258-7751

HONING/LAPPING

Global Superabrasives 888-586-8783

Grindworks 623-582-5767

LAYKE, Inc. 602-272-2654

National Grinding & Mfg 602-588-2869

Osborn Products 623-587-0335

Phoenix Grinding 602-437-8401

Powill Manufacturing_____623-780-4100

HYDRO FORMING

Precision Aerospace 602-352-8658

Tool / PartMarking (Laser)

Frontier Group 602-437-2426

Perfection Industrial Finishing 520-434-9090

TechMark 480-820--9444 Silk Screen

Perfection Industrial Finishing 520-434-9090

INJECTION MOLDING (PLASTIC)

LTM Plastics 303-592-9548

Pro-Tek 928-759-9494

INSPECTION

Inspection, First Article

Total Quality Systems 480-377-6422

Inspection Services

Arizona Wire & Tool 480-813-1002

Challenger Aerospace 480-894-0802

Metals Eng & Testing Lab. __ 602-272-4571

Micropulse West 480-966-2300

Total Quality Systems 480-377-6422

Inspection Services, Welding

Metals Eng & Testing Lab. __ 602-272-4571

KITTING (Electronics)

United Performance Electronics760-438-2370

MACHINING

Machining: 3D

3D Machine LLC 480-239-8254

Alpha Mfg Solutions 602-332-3608

Challenger Aerospace 480-894-0802

Micropulse West 480-966-2300

Pro Precision 602-353-0022

Machining: 5 Axis

Alpha Mfg Solutions 602-332-3608

ANEWCO 520-751-1222

ARCAS Machine 480-562-4203

AZMF Precision 602-476-7477

Dynamic Machine & Fabrication 602-437-0339

East Valley Precision 480-288-6601

Evans Precision Machining 623-581-6200

Hi-Tech Machining & Eng 520-889-8325

Industrial Tool Die & Eng 520-745-8771

Jaguar Precision Machine 505-242-6545

JDB Ltd 602-992-9627

Manna Integrated Tech (MIT) 602-332-8069

Metalcraft Inc. ________ 480-967-4889

MPC Machines 714-271-5319

Praxis Precision _______ 480-833-1444

Specialty Turn Products 602-426-9340

T-N Machining 602-278-8665

Tech Five Machining 480-699-4856

Tram-Tek

KLK Ind.

602-267-1331

Liberty Precision Works 480-584-5227

Northwest Machine 425-870-0018

P4 Swiss/Lindel 520-792-3160

T-N Machining 602-278-8665

TVT Die Casting 800-280-2278

United Machining LLC 480-968-2350

Valley Machine Works 602-254-4173

Precise Metal Products ____ 602-272-2625

Pro Precision 602-353-0022

Service & Sales

480-968-9084

Sonic Aerospace 480-777-1789

Specialty Turn Products

602-426-9340

Tram-Tek ____________ 602-305-8100

Machining: Contract

Aero Design & Mfg

AERO Spring & Mfg Co

Arizona Wire & Tool

602-437-8080

602-243-4329

480-813-1002

Avtek Industries 602-485-4005

Axian Technology 623-580-0800

Cleveland Electric Labs 480-967-2501

Deras Precision 623-414-6136

Evans Precision Machining 623-581-6200

Flex-Pro 623-581-0551

GHT Services __________ 480-396-1800

Gibbs Precision Machine 480-753-1166

Gilbert Metal Stamping 480-503-1283

Group Mfg Serv. ________ 480-966-3952

HK Machining 602-278-6704

JDB Ltd. 602-992-9627

Wrico 480-892-7800

Machining: CNC

3D Machine LLC 480-239-8254

AAE 928-772-9887

Abrams Airborne Mfg 520-887-172

Active Solutions 480-271-1967

Allied Tool & Die 602-429-25147

Alpha Machine 602-437-0322

Alpha Mfg Solutions 602-332-3608

APS Machining 480-773-1166

Arizona Wire & Tool 480-813-1002

Axian Technology _______ 623-580-0800

AZMF Precision ________ 602-476-7477

AZQM _____________ 480-320-0938

BEL Machining_________ 480-445-9881

Blaze Precision ________ 480-584-5227

Challenger Aerospace___ 480-894-0802

Cleveland Electric Labs 480-967-2501

Continental Machining 800-777-2483

Deras Precision 623-414-6136

Dynamic Machine & Fabrication 602-437-0339

East Valley Precision 480-288-6601

Evans Precision Machining 623-581-6200

Flex-Pro 623-581-0551

GHT Services 480-396-1800

Gibbs Precision Machine 480-753-1166

GRPM 480-423-3848

HK Machining 602-278-6704

Phoenix Fab & Design

480-590-5058

Powill Manufacturing _____ 623-780-4100

Praxis Precision 480-833-1444

Precision Aerospace ______ 602-352-8658

Precise Metal Products 602-272-2625

Quality Mold 480-892-5480

RMSS 623-780-5904

Ron Grob 970-667-5320

Sonic Aerospace 480-777-1789

T-N Machining 602-278-8665

Tahl Precision 520-747-4444

Tech Five Machining 480-699-4856

Tram-Tek 602-305-8100

United Machining LLC 480-968-2350

Usher Precision 623-587-8444

Valley Machine Works 602-254-4173

Wrico 480-892-7800

Zyon Machining 480-599-5546

Machining: Industrial & Repair

BEL Machining_________ 480-445-9881

LEI Machining 928-310-7110

Machining: Large Alpha Machine 602-437-0322 Alpha Mfg

Justin Brannan

4045 W. Washington Street Phoenix, AZ. 85009 (602) 267-7575 (623) 476-6672 cell justinb@lynchbros.com

GrovTec

Justin Brannan Executive Vice President

Precision Machining Sheet Metal Fabrication Tube Bending Heliarc Welding Resistance Welding Aluminum Heat Treat

Justin Brannan Executive Vice President

4045 W. Washington Street Phoenix, AZ. 85009 (602) 267-7575 (623) 476-6672 cell justinb@lynchbros.com

4045 W. Washington Street Phoenix, AZ. 85009 (602) 267-7575 (623) 476-6672 cell justinb@lynchbros.com

971-293-4249

Hi-Tech Machining & Eng 520-889-8325

Justin Brannan Executive Vice President

Jaguar Precision Machine 505-242-6545

JDB Ltd.

Precision Machining Sheet Metal Fabrication

Jemelco, Inc.

Phoenix Swissturn

602-600-8436

Specialty Turn Products ___ 602-426-9340

Justin Brannan Executive Vice President

Flex-Pro

623-581-0551

Genesis Precision 602-687-9600

Usher Precision 623-587-8444

602-992-9627

Machining Plastic

Gibbs Precision Machine 480-753-1166

GrovTec 971-293-4249

Liberty Precision Works

Tube Bending Heliarc Welding Resistance Welding Aluminum Heat Treat

4045 W. Washington Street Phoenix, AZ. 85009 (602) 267-7575 (623) 476-6672 cell justinb@lynchbros.com

480-804-9541

480-584-5227

LV Swiss 949-233-7390

Manna Integrated Tech (MIT) 602-332-8069

Justin Brannan

Executive Vice President

Metalcraft Inc. _________ 480-967-4889

MPC Machines 714-271-5319

Precision Machining Sheet Metal Fabrication Tube Bending Heliarc Welding Resistance Welding Aluminum Heat Treat

Multi-Axis Machining _____ 623-215-8588

Northwest Machine 425-870-0018

4045 W. Washington Street Phoenix, AZ. 85009 (602) 267-7575 (623) 476-6672 cell justinb@lynchbros.com

P4 Swiss/Lindel ________ 520-792-3160

Paragon Machining & Design 480-635-9163

Phoenix Fab & Design____ 480-590-5058

Justin Brannan Executive Vice President

Praxis Precision 480-833-1444

Pro-Tek 928-759-9494

Precision Machining Sheet Metal Fabrication Tube Bending Heliarc Welding Resistance Welding Aluminum Heat Treat

4045 W. Washington Street Phoenix, AZ. 85009 (602) 267-7575 (623) 476-6672 cell justinb@lynchbros.com

RMSS 623-780-5904

Ron Grob 970-667-5320

Sonic Aerospace 480-777-1789

Stewart Precision Mfg 623-492-9400

T-N Machining 602-278-8665

Tahl Precision 520-747-4444

United Machining LLC 480-968-2350

Usher Precision _______ 623-587-8444

Zyon Machining 480-599-5546

Machining: MultiSwiss

GrovTec 971-293-4249

MPC Machines 714-271-5319

Blaze Precision 480-584-5227

Precision Machining Sheet Metal Fabrication Tube Bending Heliarc Welding Resistance Welding Aluminum Heat Treat

4045 W. Washington Street Phoenix, AZ. 85009 (602) 267-7575 (623) 476-6672 cell justinb@lynchbros.com

East Valley Precision 480-288-6601

JDB Ltd 602-992-9627

Zyon Machining 480-599-5546

Justin Brannan

Machining Precision

Executive Vice President

3D Machine LLC ______480-239-8254

Hi-Tech Machining & Eng 520-889-8325

HK Machining 602-278-6704

Jaguar Precision Machine 505-242-6545

JB’s Precision 623-581-9088

JDB Ltd. 602-992-9627

AAE 928-772-9887

Jemelco, Inc. 480-804-9541

Precision Machining Sheet Metal Fabrication Tube Bending Heliarc Welding Resistance Welding Aluminum Heat Treat

4045 W. Washington Street Phoenix, AZ. 85009 (602) 267-7575 (623) 476-6672 cell justinb@lynchbros.com

AATC 602-268-1467

Abrams Airborne Mfg 520-887-1727

AEI Fabrication 480-733-6694

JWB Manufacturing 480-967-4600

LAYKE, Inc.__________ 602-272-2654

Liberty Precision Works 480-584-5227

LV Swiss 949-233-7390

Justin Brannan

Aero-Mach Precision 480-201-0251

Executive Vice President

Allied Tool & Die ________ 602-429-2514

Alpha Machine 602-437-0322

Lynch Brothers Mfg 602-267-7575

Manna Integrated Tech (MIT) 602-332-8069

Precision Machining Sheet Metal Fabrication Tube Bending Heliarc Welding Resistance Welding Aluminum Heat Treat

Alpha Mfg Solutions 602-332-3608

APS Machining 480-773-1166

4045 W. Washington Street Phoenix, AZ. 85009 (602) 267-7575 (623) 476-6672 cell justinb@lynchbros.com

Arizona Wire & Tool 480-813-1002

Auer Precision 480-834-4637

Avtek Industries 602-485-4005

AZQM 480-320-0938

Challenger Aerospace ____ 480-894-0802

Cleveland Electric Lab (CEL) 480-967-2501

Continental Machining 800-777-2483

Deras Precision 623-414-6136

Dynamic Machine & Fabrication 602-437-0339

East Valley Precision 480-288-6601

Evans Precision Mach’g 623-581-6200

Matrix Machine 480-966-4451

Metalcraft Inc. 480-967-4889

MPC Machines 714-271-5319

Multi-Axis Machining 623-215-8588

Nelson Engineering 602-273-7114

Osborn Products 623-587-0335

P4 Swiss/Lindel 520-792-3160

Phoenix Swissturn 602-600-8436

Paragon Machining & Design 480-635-9163

Powill Mfg 623-780-4100

Precision Aerospace 602-352-8658

Quality Mold 480-892-5480

ARIZONA

StarRex Precision 480-834-6344

Stewart Precision Mfg 623-492-9400

T-N Machining _________ 602-278-8665

Tahl Precision 520-747-4444

Tech Five Machining 480699-4856

Turul Engineering 480-420-7117

AAE

Aero-Mach Precision

Allied Tool & Die

Alpha Machine

Alpha Mfg Solutions

APS Machining

United Machining LLC

AAE

480-968-2350

Machining: Prototype

928-772-9887

AATC______________602-268-1467

Aero-Mach Precision

Active Solutions

Alpha Machine

APS Machining

AZQM

Continental Machining

Deras Precision

480-201-0251

480-271-1967

602-437-0322

480-773-1166

480-320-0938

800-777-2483

623-414-6136

East Valley Precision ______ 480-288-6601

Evans Precision 623-581-6200

Flex-Pro

623-581-0551

GHT Services 480-396-1800

Gibbs Precision Machine

480-753-1166

J&R Precision 480-600-3503

Jaguar Precision Machine

505-242-6545

Jemelco, Inc. __________ 480-804-9541

JDB Ltd.

JWB Manufacturing

KLK Ind.

602-992-9627

480-967-4600

602-267-1331

Manna Integrated Tech (MIT) 602-332-8069

Metalcraft Inc.

Valley Machine Works 602-254-4173

Machining: Quick Turn

Active Solutions ________ 480-271-1967

Deras Precision 623-414-6136

Flex-Pro 623-581-0551

Gibbs Precision Machine 480-753-1166

Genesis Precision 602-687-9600

HK Machining 602-278-6704

Jemelco, Inc. 480-804-9541

Paragon Machining & Design _ 480-635-9163

Praxis Precision 480-833-1444

RMSS____________ 623-780-5904

Machining: Semiconductor

East Valley Precision 480-288-6601

KLK Ind. ____________ 602-267-1331

Zyon Machining 480-599-5546

Machining: Swiss GrovTec 971-293-4249

LV Swiss ___________ 949-233-7390

P4 Swiss/Lindel 520-792-3160

Pacific Swiss & Mfg 503-557-9407

Avtek Industries

AZMF Precision

BEL Machining

Cleveland Electric Labs

Continental Machining

Deras Precision

Dynamic Machine & Fabrication

East Valley Precision

Flex-Pro ____________

Genesis Precision

GHT Services

GRPM _____________

Hi-Tech Machining & Eng

JDB Ltd.

Jemelco, Inc.

LV Swiss

Manna Integrated Tech (MIT)

Metzfab

Northwest Machine

Osborn Products

P4 Swiss/Lindel

Paragon Machining & Design

480-967-4889

MPC Machines 714-271-5319

Osborn Products _______ 623-587-0335

Phoenix Fab & Design

480-590-5058

Praxis Precision 480-833-1444

Pro Precision 602-353-00220

RMSS ___________ 623-780-5904

Phoenix Fab & Design

Precision Metalworks

Rhino Machine ________ 480-250-3366

RMSS 623-780-5904

StarRex Precision 480-834-6344

Stewart Precision Mfg 623-492-9400

Metalcraft Inc. 480-967-4889

AZMF Precision

Allfab Engineering

K-2 Mfg

Precise Metal Products

Fabrication:

602-476-7477

602-437-0497

602-455-9575

602-272-2625

Medium & Large

AEI Fabrication

ANEWCO

Abrams Airborne Mfg _____

________

520-887-1727

480-733-6694

520-751-1222

BEL Machining 480-445-9881

Big O Metals

Continental Machining

Dynamic Machine & Fabrication

Fry Fabrications

Magnum Companies

Metzfab

Precise Metal Products

Precision Metalworks

Southwest Waterjet-Laser

Stewart Precision Mfg

480-477-9182

800-777-2483

602-437-0339

602-454-0701

602.272.3600

602- 539-9591

602-272-2625

602-455-9575

480-306-7748

623-492-9400

TMM Precision 800-448-9448

Valley Machine Works

602-254-4173

Fabrication: Steel

Magnum Companies

AEI Fabrication

Allfab Engineering

602.272.3600

480-733-6694

602-437-0497

Allied Tool & Die ________ 602-429-2514

AZMF Precision 602-476-7477

Big O Metals __________ 480-477-9182

EDM Tech 602-278-6666

K-2 Manufacturing ______ 602-455-9575

KLK Ind. 602-267-1331

Marusiak LLC 480-318-8883

P3 Built 602-830-8300

Precise Metal Products

602-272-2625

Scriven

Precision Aerospace 602-352-8658 RMSS____________ 623-780-5904

Advanced Fiber Optic Technologies Cleveland Electric Labs 480-397-0036

Turbine Engine Test Instrumentation Cleveland Electric Labs 480-397-0036

Manufacturing: Electrode Quality Mold 480-892-5480

Manufacturing: Industrial Northwest Machine 425-870-0018 MOLDS AAE 928-772-9887

Capital Metal Finishing 520-884-7473

CRC Surface Technologies 602-288-0394 Foresight Finishing 480-921-0000 Masic Industries 503-232-9109

SPRAY: METAL, PLASMA

Empire Precision Mach.

SPRINGS

480-633-4580

Flat and Wire Springs

AERO Spring & Mfg Co

Dayton Lamina

602-243-4329

248-489-9122

SPRINGWORKS Utah _____ 801-298-0113

Tram-Tek

STAMPING

AERO Spring & Mfg Co

Auer Precision

Dayton Lamina

Gilbert Metal Stamping

Precise Metal Products

Precision Die & Stamping

Scriven Precision

Thompson Machine

Whitley Machine

602-305-8100

602-243-4329

480-834-4637

248-489-9122

480-503-1283

602-272-2625

480-967-2038

480-961-9775

505-823-1453

602-323-5550

Wrico_____________480-892-7800

Stamping: Aerospace

Dayton Lamina

248-489-9122

Wrico ____________ 480-892-7800

Stamping: Deep Draw

Thompson Machine

505-823-1453

Stamping Design

SPRINGS WORKS Utah _____ 801-298-0113

Stamping Flat Forming

TESTING

NorthWest Machine LLC CNC Machining Services

Testing: Non-Dest/ Pressure

Chemetall 714-739-2821

Phoenix Heat Treating 602-258-7751

Semiray, A Div of Mistras 602-275-1917

Testing: Turbine Instrumentation

Cleveland Electric Lab (CEL) 480-967-2501

THERMAL SPRAY

Controlled Thermal Tech ___ 602-272-3714

Empire Precision Mach. 480-633-4580

THREADING

Thread Grinding

Blue Streak Grinding 602-353-8088

Grindworks 623-582-5767

Osborn Products ________ 623-587-0335

ThreadRolling

Ron Grob 970-667-5320

Shaw Precision 480-758-4990

TOOL & DIE

3D Machine LLC

480-239-8254 AAE 928-772-9887

Arizona Wire & Tool 480-813-1002

Gilbert Metal Stamping ____ 480-503-1283

Pro-Tek 928-759-9494

Thompson Machine 505-823-1453

Whitley Machine 602-323-5550

Wrico 480-892-7800

Mark Underwood 425-870-0018 services@northwestmachinellc.biz

928-759-9494

Western Sintering 509-375-3096

TUBING

Assembly Formed Tubing Service & Sales 480-968-9084

Formed Tubing

AERO Spring & Mfg Co 602-243-4329

Tube Bending /Fabrication Service & Sales ________ 480-968-9084

WATERJET CUTTING

Active Solutions 480-271-1967

Alpha Machine 602-437-0322

AZMF Precision 602-476-7477

Creedbilt Inc 623-939-8119

East Valley Precision ______ 480-288-6601

EDM Tech ___________ 602-278-6666

Flow International 800-446-3569

Marusiak LLC 480-318-8883

Marzee 602-269-5801

Metzfab 602- 539-9591

Milco 714-373-0098

Precision Aerospace ______ 602-352-8658

Reiter’s Custom Welding ___ 623-847-4028

Rhino Board 505-842-5100

Southwest Waterjet-Laser 480-306-7748

Valley Machine Works 602-254-4173

Whitley Machine 602-323-5550

Waterjet, 5-Axis

Southwest Waterjet-Laser 480-306-7748

Waterjet, Multi head

Whitley Machine 602-323-5550

Waterjet, High Press. Cutting

Alpha Machine ________ 602-437-0322

Marzee ____________ 602-269-5801

Rhino Board 505-842-5100

Southwest Waterjet-Laser 480-306-7748

Continental Machining

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Manufacturers show resilience amid economic uncertainty

Wipfli, a top 25 accounting and advisory firm, has released its 2025 manufacturing benchmarking study, offering a comprehensive look into the state of North American manufacturing. Conducted annually since 2016, the study provides critical insights into performance trends, operational benchmarks, and strategic priorities across sectors, including plastics processors, metal formers, die casters, tool builders and contract machinists.

This year’s survey analyzed responses from 285 locations across 249 companies, examining finance, operations, HR, and sales performance. Top performers – those with the highest profit and throughput over five years – were highlighted, along with industry sentiment, investment trends and key challenges. Despite a Q2 dip in sentiment due to tariff concerns, manufacturers are working to stabilize operations and prepare for future shifts.

“Manufacturers are doing their best to hold on in a tough environment,” says Laurie Harbour, Wipfli partner. “While some are hiring, it’s often out of necessity rather than growth. The industry must act swiftly to improve operations and navigate uncertainty.”

Manufacturers entered 2025 with cautious optimism, but sentiment declined sharply in the second quarter. The most frequently cited concerns included raw material tariffs, inflation, recession risk and the rising cost of doing business. While inflation and wage pressures remain, their severity has lessened compared to 2024.

“Tariff uncertainty is weighing heavily on decision-making,” Harbour says. “But we’re also seeing manufacturers take control where they can – through cost management, efficiency and targeted investment.

Despite margin pressures, manufacturers continued to demonstrate strong operational discipline. Efficiency among top performers averaged $139,800 per employee in 2024,

only slightly below the 2023 peak of $143,593. Median EBIT for top performers held steady at 7.8%.

Debt-to-earnings ratios showed that 46% of manufacturers remain in a bankable position, 23% identify as somewhat bankable while 31% fall into the “questionably bankable” category.

Labor and SG&A costs remain problematic, and responses around hiring reflect the uncertain market. While 37% of manufacturers reported hiring for growth or open positions, this activity is occurring despite persistent market challenges and flat profitability. The fact that 38% maintain current staffing levels underscores a cautious approach, with many companies opting to avoid additional labor costs until economic conditions improve.

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