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William C. Strickland III, National Sales 205-903-9178 | fax 866-826-5918
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CIRCULATION & SUBSCRIPTIONS
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Advancements in Machining: The Next era of Precision
As 2025 draws to a close, manufacturing continues to accelerate—driven not just by smarter machines, but by smarter integration. This issue of Industrial machinery Digest explores how every link in the machining chain—from software to tooling, automation, and quality—is being reshaped by data, precision, and innovation.
In Fabrication, Siemens and Ingersoll demonstrate how digital twin technology and hybrid 5-axis machining are converging to redefine advanced manufacturing. It’s a powerful example of how simulation and automation now move in unison, merging additive and subtractive techniques into a single, efficient workflow. Across metalworking and Tooling & Workholding, that same progress continues with Walter’s adaptive turning systems and Axiom Precision’s compact CNC machine—proof that productivity, precision, and sustainability can now coexist in operations of any scale.
The Software section brings a different perspective on optimization. Internet Digital marketing (IDm) examines the rise of AI-driven search and what it means for industrial visibility, reminding us that even the most advanced manufacturing companies must master the digital landscape to stay competitive. In material Handling, Siemens and Century Aluminum showcase the real-world benefits of intelligent retrofits, while Kistler Group’s precision innovations in Quality and robotics highlight how measurement, data, and control remain the backbone of modern automation.
Finally, rS Group in Safety & maintenance underscores the essential truth that as equipment grows smarter, reliability and service still define success.
Together, these features reflect an industry not merely adapting to change, but leading it—an ecosystem where digital intelligence, sustainable design, and human expertise work in harmony. Progress in machining is no longer measured only in microns—it’s measured in intelligence.
William Strickland, Publisher, ImD
INDUSTRY NEWS
Formlabs CeO Max Lobovsky to Receive AMUG Innovators Award
max Lobovsky, co-founder and Ceo of Formlabs, has been selected as the recipient of the Additive manufacturing Users Group (AmUG) Innovators Award. This award recognizes individuals who have fostered innovations that significantly advance the additive manufacturing industry. Lobovsky, along with co-founders David Cranor and Natan Linder, established Formlabs in 2011 with the goal of creating an accessible, professional 3D printing solution using stereolithography.
ContiTech Invests $85 Million to expand Iowa Manufacturing Facility
ContiTech, a group sector of Continental, is investing over $85 million USD to expand its manufacturing operations in mount Pleasant, Iowa. The expansion includes constructing a new compounding center that will integrate production, warehouse, and office operations. This investment aims to enhance ContiTech's manufacturing competitiveness and support its ability to meet growing market demand for hoses and belts.
The project is expected to create approximately 50 new jobs. The Iowa economic Development Authority (IeDA) board has approved a package of loan and tax incentives through the IeDA’s High-Quality Jobs program to support the initiative. Construction is anticipated to begin in Q2 2026.
Under Lobovsky's leadership, Formlabs has grown from a Kickstarter project into a global 3D printing company valued at over $2 billion, with 10 locations and more than 700 employees. The company has sold over 130,000 3D printers to date. A mUG President Shannon vanDeren noted Lobovsky's ambition and success in bringing a low-cost printer to market that rivals established equipment.
Lobovsky will be presented with the Innovators Award at the 2026 AmUG Conference, joining a list of previous recipients that includes industry pioneers such as Chuck Hull and Scott Crump. He will also participate in an informal interview during the Innovators Showcase at the conference on march 18, 2026. The AmUG Conference, designed for both novice and experienced additive manufacturing users, will be held march 15–19, 2026, in reno, Nevada.
For more Information: amug.com
The new compounding center will feature two stateof-the-art mixing lines integrated with an automated warehouse. This facility will strengthen ContiTech's internal compounding capabilities, optimize its North American mixing footprint, and ensure consistent quality and efficiency in the production of rubber-based products.
For more Information: continental.com
PTG Holroyd Precision Rotors expands US Blower Screw Production
PTG Holroyd Precision rotors, a division of Precision Technologies Group (PTG) specializing in helical components, screws, and rotor manufacturing, has increased the capacity of its positive-displacement blower screw production line at its Spartanburg, South Carolina facility. The expansion follows a 30% year-over-year increase in blower screw sales.
Max Lobovsky, CEO of Formlabs, has been selected as the recipient of the 2026 AMUG Innovators Award for his contributions to the additive manufacturing industry.
The investment will allow PTG Holroyd to pursue new business opportunities and meet growing demand in the United States for helical screws used in roots-type rotary lobe blowers, twin-screw blowers, and oil-free screw compressors. The Spartanburg site, opened in 2018, supplies North American manufacturers of industrial air equipment, air conditioning, and refrigeration equipment.
The expanded blower line is equipped to precision mill components ranging from 125 mm to 300 mm in diameter and 300 mm to 1000 mm in length. The increased capacity enables the company to manufacture an additional 25% volume of precision screw sets per week on a single shift, with the option to operate multiple shifts as needed.
For more Information: holroyd.com
MASABA Opens New Metal Fabrication Facility in South Dakota
mASAbA, Inc., a manufacturer of bulk material handling systems and processing equipment, has opened a new 147,500 sq ft metal fabrication and office facility in vermillion, South Dakota. The facility, named the Harold Higman Fabrication Center in honor of the founder's father, was unveiled at an open house event on october 16, 2025. The expansion centralizes and automates steel processing with over $15 million in new equipment.
The new building, adjacent to m ASA bA’s existing 211,000 sq ft manufacturing facility, includes 120,000 sq ft of fabrication space and 27,500 sq ft of office and ancillary areas. Production began in the facility in m ay 2025, with all plate and structural steel processing fully transitioned by September. The company repurposed its former steel processing area into additional welding and assembly bays.
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PTG Holroyd Precision Rotors has expanded its blower screw production line in Spartanburg, South Carolina, to meet increasing demand for helical components used in various industrial applications.
The expansion allows mASAbA to streamline production, expand capacity, and strengthen its ability to deliver quality equipment. The company also invested in employee-focused spaces, including offices, conference areas, lunchrooms, and a workout room.
For more Information: masabainc.com
Aerospace Test Solutions enhanced Through Bauer and Ascential Technologies Partnership
bauer, a manufacturer of aerospace test stands, and Ascential Technologies, a provider of automated diagnostic and test systems, have announced a partnership to improve aerospace testing and service. bauer will concentrate on the design, manufacturing, and global deployment of advanced test stands. Ascential Technologies will be bauer’s exclusive global service and aftermarket support provider through its Ascential Care platform.
The collaboration aims to provide comprehensive support to bauer's customers, encompassing installation, maintenance, refurbishment, and spare parts services. Ascential Technologies' global network, with over 40 locations in more than 20 countries, will facilitate on-site and remote support. Customers will also gain access to Ascentialytics, Ascential Technologies’ data analytics platform, for equipment data collection, monitoring, and diagnostics.
For more Information: ascentialtech.com
Siemens Recognized as Leader in Industrial IoT Platforms
Siemens Digital Industries Software has been positioned as a Leader in the Gartner magic Quadrant for Global Industrial IoT Platforms. Gartner, a leading IT research and advisory firm, identifies Leaders in this market as companies that significantly invest in and shape the future of Industrial IoT Platforms (IIoT).
According to Gartner, Leaders demonstrate a strong ability to execute and completeness of vision, performing well against their current vision and positioning themselves effectively for the future. This recognition marks Siemens' advancement into the Leader quadrant, driven by its continued investment in data-driven solutions, AI innovation, and its ability to serve customers globally with flexible deployment options.
Siemens' Insights Hub delivers scalable and flexible Industrial IoT solutions that connect and manage industrial assets globally, power real-time insights with AI and analytics, and help customers optimize operations, reduce costs, and achieve sustainability targets. by combining industrial expertise, global scale, and AI innovation, Siemens provides a solution designed to enable customers to optimize operations, reduce costs, and achieve sustainability targets.
For more Information: resources.sw.siemens.com
Combilift Achieves 13th Consecutive Deloitte Best Managed Companies Award
Combilift has been recognized as one of Ireland’s best
The Combilift team at IMHX celebrates the production of the 100,000th Combilift forklift, a Combi-CBE model, with proceeds from its raffle benefitting UNICEF's Children's Emergency Fund. Entries to win the forklift close December 15, 2025
managed Companies by Deloitte for the 13th consecutive year. This award acknowledges the company's consistent growth and dedication to innovation, operational efficiency, and strategic planning within the material handling sector.
The Deloitte best managed Companies program uses a rigorous requalification process, evaluating companies based on strategy, culture and commitment, capabilities and innovation, and governance and financials. Combilift's continued success in this program demonstrates its ability to maintain leadership across these key areas in a constantly evolving global market.
martin mcv icar noted that the award reinforces Combilift's position as a global business, highlighting the company's lean operations, customer-focused r&D, and advanced production facility. The recognition strengthens Combilift’s brand as an industry leader and a model for sustainable growth and management.
For more Information: combilift.com
Forklift Manufacturer to Donate Competition Proceeds to UNICeF
Combilift, a manufacturer of multidirectional forklifts, is offering an opportunity to win its 100,000th truck, an exclusive Combi-Cbe 3,000kg / 6,000lbs capacity multidirectional forklift, to one entrant. The competition marks a significant milestone for the company, celebrating
the number of Combilift forklifts currently in operation across the globe.
All proceeds from the competition will be donated to UNICeF’s Children’s emergency Fund (CeF). Combilift aims to raise in excess of €100,000 to help UNICeF deliver aid to children impacted by conflict and natural disasters.
To enter, participants must scan the Qr code, select their tickets, answer a multiple-choice question, and confirm their purchase. entries close December 15, 2025.
For more Information: https://combilift.com
The Combilift team celebrates the company's requalification as one of Ireland's Best Managed Companies by Deloitte for the 13th consecutive year. This achievement reflects Combilift's commitment to innovation, operational excellence, and strategic vision.
FABRICATION
Transforming Materials Into Excellence
Discover the innovative tools and technologies shaping today’s manufacturing landscape. Highlighting processes that transform raw materials into precision-crafted products, from advanced cutting and forming systems to welding and finishing techniques, the focus remains on efficiency, accuracy, and innovation driving modern fabrication.
From advancements in automation and sustainable manufacturing practices to the latest developments in material processing, gain insights into trends and solutions that enhance productivity, improve quality, and maintain competitiveness in a rapidly evolving industry. This overview showcases the equipment and expertise behind the products powering industries worldwide.
Precision laser welding demands rapid and accurate laser beam positioning. When paired with fiber lasers, galvo scan heads can significantly reduce point-to-point positioning times, potentially shaving seconds off cycle times for parts requiring multiple weld locations. These systems are particularly well-suited for welding within field sizes up to 100 x 100 millimeters (mm), making them an excellent choice for applications such as small medical devices, battery packs, and electrical interconnections. This article will explore the application of 2D galvo scan heads in laser micro welding processes. A m ADA WeLD TeCH Inc. has been at the forefront of this technology, developing and integrating galvo solutions for a range of industries.
The hardware used to deliver a laser beam from the source to the workpiece is critical for performance. This includes components such as mirrors, shutters, collimators, fibers,
and focus heads. There are three primary laser beam delivery options: Fixed focus heads are typically mounted to a fixed vertical Z-stage, with parts moved to set points where the laser is fired. While offering excellent positioning capability, this method can be relatively slow due to the mass of the stages, tooling, and parts.
Wobble/weave focus heads, also usually mounted to a vertical Z-stage, introduce a small oscillation that "wobbles" the beam back and forth in a defined pattern. This wobble helps increase the size of the melt pool and join parts with lower manufacturing tolerances. As with fixed focus heads, parts are moved to set points for welding.
Galvo scan heads utilize two mirrors to direct the laser beam through an f-theta lens, focusing it within an XY area. The galvo scanning head is typically mounted on a programmable Z stage to adjust the working height and maintain focus.
The beam can be steered to any location within the field, typically around 100 mm x 100 mm for micro welding applications. because the position in the XY field is related to a small motion of the mirrors, a 25 mm move takes just a few milliseconds to advance, settle, and be ready for welding.
The primary advantage of a galvo scan head over a fixed head lies in its speed and agility. A fixed head requires high-precision motion stages to move the part and tooling under the head, which can be slow due to the mass involved. In contrast, the two mirrors in the galvo scan head are lightweight and can be moved quickly with minimal mass. A small rotation of the mirror translates to a large
linear movement. The time needed for a galvo beam to move from one corner to the next in a 100 mm x 100 mm field can be measured in milliseconds, compared to the potentially much longer time required for fixed focus heads. Galvo scan heads consist of two mirrors, each mounted on small rotary motors called galvanometers, or "galvos." These galvos are mounted orthogonally, translating the rotary motion of the mirrors into linear motion in the X- and Y-axes. The small size of the motors enables high-speed positioning, short settling times, and high acceleration/deceleration, making them ideal for high-speed, short-distance motion.
Galvo scanning Fixed head Wobble/weave
Galvo beams move very quickly over field sizes up to about 100 mm x 100 mm, making them best suited for spot and seam welding of smaller parts. The flexibility in programming the beam location, and the speed at which it can move also provides the capability to wobble the beam on top of the weld path to increase the melt area for butt weld and fillet weld situations – or to increase the weld contact area in a lap weld situation. In other words, if the weld path is in X direction, the wobble is the transverse Y direction providing additional width to the melt pool, thereby creating a larger weld nugget.
In industry, galvo scan heads are an excellent tool for assembling small battery packs, where each cell must be joined. They are also ideal for electrical interconnect applications, especially when joining 2 to 3 relatively close points for plugs or connections. other typical applications include spot welds for a tray of parts, welding small medical devices, and seam sealing of microwave and rF packages for the aerospace industry.
While galvo beam welding offers several advantages, there are also some limitations. The scan field size is limited by the optic selection. For welds that extend beyond the field size, additional motion is required to move the beam to the desired locations. Galvo scanning heads primarily handle welds in a 2D plane. While some systems add a third dimension to quickly adjust the focal height, additional motion is required if the weld wraps around a three-dimensional part.
Integrating galvo systems requires careful consideration of both laser specifications and process requirements. mark boyle, Senior manager, Product engineering and Applications at A m ADA WeLD TeCH INC., explains, "To determine the right equipment, one must consider both the laser specifications and which galvo scan head is best suited, and the process requirements."
From the laser specification side, the divergence of the laser beam, wavelength, and laser power all need to be considered in order to select the correct optics and galvo scanning head to deliver the beam to part.
» Divergence of the beam (combined with the collimator) determines the size of the aperture of the scan head – and the optics required. The larger diameter typically results in a smaller field size.
» Wavelength – determines the coatings for the optics
» Laser power – determines whether the head needs air-cooling, water cooling, or both.
From the process side, field and spot size are the most important aspects, but these are often in conflict because it is desirable to have a large field and often necessary to have a small spot size. The field size is related to the f-theta lens. The larger field size results in a larger spot size.
» Field size – for welding applications and consistency
Design / Composition
Collimator
across the entire field, a telecentric lens is preferred. This limits the field size to approximately 100 mm x 100 mm.
» Spot size – the desired spot size depends on the material, the process, and the welding success criteria.
Programming of galvo-based systems is typically done with graphical software that allows a variety of shapes and motions to be easily programmed in – or even imported from – a DXF or other CAD drawing file. The shapes then are programmed with laser power, speed, and frequency (if pulsed) at the most basic levels. The control card handles the timing between the laser firing and the galvo motion.
When integrating the galvo and laser, an additional consideration is the control and communication protocol that will be used. The galvo scanning head and laser are typically subcomponents of a larger system and may be controlled through an external PLC. Common communications protocols include Serial (rS-232 or 485) or remote API commands through TCP/IP, and ethernet/ IP field bus. In addition, there are a variety of optional features including vision and process monitoring systems, air knives, cover gas, lighting, autofocus, and mounting configurations.
Transitioning from older welding technology to laser galvo scanning brings a range of different and new considerations – including a new energy source that requires proper protective gear and a non-contact welding process that demands proper tooling to achieve a good fit-up between parts to weld. The design of the
The principle of galvo welding
Galvo scan head
F-theta lens
Field size
On-axis camera
part and weld path often needs to be reconsidered to take advantage of the galvo speed, and limitations of its positioning.
Galvo scan heads are worth considering for a variety of laser welding applications to facilitate quick and accurate point-to-point positioning. They are an ideal solution for extending the traditional motion of X/Y tables or robotics. The high repeatability lends itself to automation. When designing manufacturing process, having processes that can be timed appropriately lead to decreased cycle time and predictable throughput.
Galvo scanning technology offers many benefits for microwelding. For suitably designed parts, this technology can drastically reduce cycle times and improve production throughput for point-to-point welding and seam welding applications. Its quick motion can be used to quickly place multiple welds and also helps to overcome manufacturing tolerances in part fit-up. Galvo scanning is being employed in an ever-increasing array of applications and industries. e asy integration into laser welding work cells and automated production lines, eases uptake of this newer technology and makes it a versatile tool for microwelding.
ABOUT AMADA WELD TECH INC.
A m ADA WeLD TeCH INC. is a leading manufacturer of welding, marking, cutting, and micro joining equipment
and systems. The company provides innovative solutions for a wide range of industries, including medical, electronics, automotive, and aerospace. With a focus on precision and reliability, A m ADA WeLD TeCH INC. is committed to delivering high-quality products and services that meet the evolving needs of its customers.
For more Information: www.amadaweldtech.com
ESAB
Enhanced ESAB Suprarex™ PRO Automated Cutting Machine Offers Increased Size, Stability, and Safety
eSAb has introduced the Suprarex Pro, an enhanced version of its heavy-duty, large gantry automated cutting and beveling machine. Designed for large plate applications in industries such as wind tower, shipbuilding, oil and gas, tank and pressure vessel, and rail car manufacturing, the Suprarex Pro offers increased capabilities and improved safety features. The machine will be available later this year. Key enhancements to the Suprarex Pro include a larger and sturdier gantry beam and modernized side carriages with a robust design. These improvements provide exceptional stability at travel speeds up to 40 m/
Dueler EHL 1500: ESAB's First Handheld Laser Welder
minute (1,575 in./minute). The gantry can be equipped with a variety of tools, including:
» Up to four standard plasma torches
» Two Dm X bevel systems
» Up to 12 oxy-fuel torches
» eSAb’s Ir-vbA infinite rotation oxy-fuel bevel head
» eSAb’s SmartJet Green hydrogen cutting technology
» A Drill System 307 for drilling, threading, counter boring, and marking systems (pinstamp, inkjet, plasma, punch, or scribe).
The Suprarex Pro is designed to improve productivity and performance in large work areas. The machine can be equipped with multiple Dm X bevel heads for simultaneous cutting of multiple beveled parts. When cutting with oxy-fuel bevel heads, the system can cut two different radiuses, a requirement for wind tower fabrication. The wider gantry also allows for side-by-side placement of two plates, enabling increased throughput with multiple torches. The system utilizes eSAb’s next-generation v ision T6™ CNC controller and is compatible with eSAb’s iSeries high-precision plasma power sources up to 800 amps. It also incorporates eSAb’s SmartCycle 2.0 technology and is compatible with eSAb’s Columbus® CAD/CA m software and InduSuite CutCloud™ analytic applications.
The Suprarex Pro incorporates a suite of safety features designed to reduce risk and ensure compliance with the eC machinery Directive. The safety package includes light curtains and safety bumpers that provide a complete envelope of protection. A safe mode limits the speed to less than 2 m/minute (6.6 ft./minute) when the light curtain is interrupted, facilitating tasks such as slag removal during oxy-fuel cutting. The machine also features a new X-axis drive disengage mechanism with a cam-lock design for easier service and reduced downtime. Track width options are available up to 10.5 m (34.45 ft.) to accommodate cutting areas up to 9.5 m (31.17 ft.). For more Information: www.esab.com
eSAb introduces the Dueler eHL 1500, a compact, air-cooled, 1500-watt handheld laser welding system. Designed for increased productivity, the Dueler eHL 1500 offers welding speeds up to four times faster than TIG and two times faster than mIG processes. The system is engineered to enable operators to produce high-quality, consistent weld seams and joints with a reduced learning curve. An intuitive 7-inch touchscreen interface provides two operational modes: manual, for experienced users, and synergic, which simplifies operation by using factory-programmed settings for common metals.
ESAB's Dueler EHL 1500 is a compact, air-cooled, handheld laser welding system designed for faster welding speeds and high-quality seams. The Dueler integrates the laser power source, wire feeder, and controls in a single unit for portability and ease of use.
The Dueler eHL 1500 integrates the laser power source, wire feeder, and controls into a single, portable unit. The control panel is designed for ease of use, incorporating eSAb 's PreciDrive feeding mechanism and compatibility with eSAb wires in various grades, including carbon steel, stainless steel, aluminum, and copper alloys. The system is also capable of welding titanium and nickel alloys. Key technical features include:
» Wobble width: Adjustable from 0.0 to 4.0 mm (0.0–5/32 in.)
» Wobble frequency: ranges from 1 to 280 Hz
» Welding modes: Continuous, pulsed, and stitch mode
» Sequencer functions: Controls gas pre/post-flow, power ramping, and crater fill
» Jobs memory: Stores up to 10 sets of parameters
The Dueler eHL 1500 is suited for applications where minimizing heat input is critical to reduce warping, burn-through, and the heat-affected zone. It can also reduce post-weld cleanup and grinding to improve bead appearance. The system's output power is adjustable between 150 and 1,500 watts, enabling it to weld materials from 22 gauge (0.5 - 1 mm) to ¼ inch (6.5 mm) thick. The Dueler eHL 1500 uses 1ph 230v primary power, includes an 18.5-ft. (5.6 m) torch, and is fully compliant with laser safety standards. It is available through eSAb distributors and online sales channels.
The ESAB Suprarex PRO automated cutting machine features safety light curtains for operator protection. This enhanced heavy-duty gantry system is designed for large plate applications in industries such as wind tower, shipbuilding, and oil and gas.
These inserts are designed for post-molding installation in thermoplastics using heat staking methods.
E-Z LOK
E-Z LOK Expands Insert Solutions for Thermoplastic and Thermoset Applications
e-Z LoK has expanded its threaded insert offerings across the e-Z Press™, e-Z Sonic™, and e-Z Fin™ (Finsert) product lines, providing manufacturers with a wider range of solutions for creating durable, high-strength threads in plastics, composites, and soft wood materials.
The e-Z Press™ line now includes stainless steel and brass inserts for post-molding installation in thermoplastics such as acrylic, polypropylene, and P vC. Designed for both thermoset and thermoplastic applications, the inserts are offered in flush, flanged, and reverse-slot versions and can be installed “cold” using tools ranging from a rubber mallet to an arbor press—no heat or special equipment required.
E-Z LOK expands their Finserts product line with these brass threaded inserts. Designed with outer fins to distribute stress, these inserts are suitable for soft wood, thermoplastics, and thermoset plastics.
The e-Z Sonic™ line now features stainless steel heat-staking inserts engineered for ultrasonic or thermal installation in thermoplastics and 3D-printed parts. Straight ultrasonic inserts allow for thinner boss walls, while flanged designs provide increased pull-out resistance and improved performance in electrical or reverse-mounted assemblies. Sizes range from #2 to 3/8 and m2.5 to m6.
e-Z LoK has also expanded its e-Z Fin™ (Finsert) range for thermoset and thermoplastic applications. These brass threaded inserts deliver strong, reusable threads and distribute stress evenly to reduce cracking and thread erosion. Finserts for thermoset plastics are press-in installed, while Finserts for thermoplastics are cold-pressed using simple hand tools or an arbor press. Internal thread sizes range from #6 to 5/16.
Across all lines, e-Z LoK inserts are engineered to simplify assembly, extend component life, and improve
fastening strength in lightweight or cost-efficient materials—ideal for fabrication environments where reliability and repeatable installation are critical.
For more Information: www.ezlok.com
TRUMPF
New TRUMPF EUV Laser Enhances Semiconductor Lithography
TrUmPF has announced the development of a new e xtreme Ultraviolet (eU v ) high-energy laser designed for integration into ASmL's next-generation eU v lithography systems. This laser is intended to enable the production of advanced microchips with improved performance and efficiency. The system is designed to increase the availability and power of ASmL's eU v products while reducing energy consumption. Series production is scheduled to begin in 2026.
The new eU v laser comprises over 450,000 individual parts and weighs more than 20 tons. Key technical specifications include:
» redesigned architecture for enhanced reliability and availability
» o ptimized energy consumption for reduced operational costs
» Contribution to resource conservation and Co₂ reduction efforts
The laser's design focuses on improving the overall efficiency and sustainability of chip manufacturing processes.
The primary application of this laser is in eU v lithography, a critical process for manufacturing advanced semiconductors. by increasing the availability and power of eU v systems, the laser will contribute to higher throughput and improved yields in chip production. The reduced energy consumption offers economic benefits and aligns with sustainability goals in the semiconductor industry.
For more Information: www.trumpf.com
Image shows the new TRUMPF EUV high-energy laser, developed in close partnership with ASML. This innovative laser is designed to increase the availability and power of ASML's EUV lithography systems while reducing energy consumption.
MATERIAL HANDLING
Empowering Efficiency and Precision
Material handling is at the heart of efficient industrial operations, focusing on the movement, storage, and organization of materials. This section highlights strategies and technologies that streamline these processes, from automated storage and retrieval systems to advanced conveyor solutions. Readers can explore innovations like forklifts, cranes, hoists, and magnetic lifters, which play a pivotal role in optimizing material flow across warehouses, factories, and supply chains.
In addition to hardware advancements, this area emphasizes cutting-edge solutions like warehouse management systems and parts tracking technologies, which integrate seamlessly into modern production environments to enhance operational control. Topics also cover sustainable practices, such as energy-efficient lift equipment and ergonomic tools designed to improve workplace safety while reducing strain. Whether tackling inventory management or enhancing material logistics, this section provides the insights and tools needed to excel in today’s industrial landscape.
Modernization Drives Uptime Surge at Century Aluminum
The mt. Holly, South Carolina smelting facility of global producer Century Aluminum, a facility known for its commitment to production efficiency, energy utilization and environmental control, recently underwent a significant upgrade to its cooling tunnel operations. The facility houses casting equipment to process nearly 230,000 metric tons of material into standard-grade ingot, HDC ingot, extrusion billet and other products. The upgrade, focused on improving the performance of two cooling tunnels, has resulted in a downtime reduction of over 50%.
According to Cast House Technician Sam Wilson, the legacy controls on the cooling tunnels were reaching their functional limits. “We were faced with an increase in downtime on our two cooling tunnels due to legacy controls that were getting beyond their functional limits," he explained. "The older drives would have required major rebuilding as they were able to track only speed, delivering the data to the PLC. We required more data and
Cooling tunnel at Century Aluminum's Mt. Holly facility, where Siemens drives were installed to improve performance and reduce downtime. The upgrade involved replacing legacy controls with SINAMICS G120 drives and a Remote I/O to EtherNet/ IP gateway.
faster processing of it.” These tunnels are critical for cooling aluminum billets after homogenization, reducing temperatures from approximately 1,000°F to 90°F. The drives control the main fans, circulating cool air throughout the aluminum bundles.
To address these challenges, Wilson contacted ortiz, Product manager at electrical equipment Company, a local distributor representing Siemens. o team, outreach resources, conducted an assessment and proposed a solution centered around Siemens technology. The upgrade involved retrofitting a competitor’s drive with a Siemens SINAmICS G120 drive, an intelligent operator panel (IoP-2), and a remote I/o (rIo) to etherNet/IPT co-designed by Siemens and SoftPLC. This gateway was specifically chosen to facilitate migration from the legacy drives, while also providing enhanced data transmission capabilities, including current and torque, a significant advantage for Century Aluminum.
The new system offers several key features:
» SINAmICS G120 drive for precise motor control
» IoP-2 intelligent operator panel for local control and monitoring
» remote I/o (rIo) to etherNet/IPTm gateway for seamless communication
» enhanced data transmission, including current and torque
The implementation of the Siemens solution has yielded substantial benefits for Century Aluminum. The tracked reduction in downtime of over 50% has enabled more reliable cooling of aluminum materials. The additional electrical information transmitted by the new system allows
for more effective data analysis. Furthermore, programs can be saved on the IoP-2 for faster recovery in case of any issues. The plug-n-play feature of the new hardware also saved considerable time during implementation. “This upgrade truly brought our casting house into the modern age,” Wilson stated.
ortiz elaborated on the advantages of the upgrade process. “one of the big advantages on this job is that we were able to take a demo unit into mt. Holly and show Sam and his team how to configure the gateway without disconnecting the legacy PLC-5 controller. We could scale, readjust and map the start/stop activity, plus being able to install and test run the new equipment without changes to the PLC-5 controller program meant the system on the first retrofitted cooling tunnel were ready to roll much faster and at a lower overall cost.” Given that the cooling tunnels operate continuously, 24/7/365, minimizing downtime during changeovers was crucial. ortiz noted that both control cabinets were completed in just eight hours.
The IoP-2, with its program storage capabilities, allows Wilson and his team to leverage the Siemens Totally Integrated Automation (TIA) Portal to further minimize downtime. Tunnel performance can be optimized based on the specific batch of product being processed.
A cooling tunnel at Century Aluminum's Mt. Holly, South Carolina facility, where Siemens drive upgrades have increased uptime by over 50%. The tunnels are used for cooling aluminum billets after homogenization.
in mt. Holly, where 75 hp motors are commonly used, providing an inventory advantage.
ortiz emphasized the importance of training in ensuring a successful implementation. “In addition to the demo unit we used, about 10 days prior to the install, we did an event at the customer’s facility where we gathered the technicians and some of the engineers to give them an overview of the drives, the IoP-2 and how to troubleshoot from the TIA Portal software. The training gave them both practical knowledge and a higher comfort level, as the majority of those present had lots of experience with another brand of drive products. We were able to show them how to seamlessly connect the new and the remnant legacy products.” He also commended the Century team for their commitment to further education through Siemens maintenance and management classes.
The entire conversion process was completed in less than 60 days. Wilson concluded, “The plug-and-play technology plus the substantial program storage on the IoP-2 make our training of younger techs and operations personnel much easier. With the older equipment, line code upgrades were very time-consuming, while they’re automatic on the Siemens equipment. The younger employees have that fast and easy modular mindset, which is great, as it matches the plug-and-play technology. Saves us a lot of time and money."
ABOUT SIEMENS INDUSTRY, INC.
Siemens Industry, Inc. is a leading supplier of industrial automation, drive technology, and related services. With a comprehensive portfolio of offerings, Siemens Industry, Inc. helps manufacturers increase productivity, efficiency, and flexibility. The company is committed to innovation and sustainability, and works closely with customers to develop customized solutions that meet their specific needs.
For more Information: www.siemens.com
HYSTER COMPANY
Hyster Expands UT Series with Higher Capacity Forklifts
to an increase in processed material of 300,000 pounds per day. The motors on the tunnel conveyors now operate more efficiently in a standard versus dynamic mode, contributing to energy savings.
Wilson also highlighted the improved data visibility provided by the new drives. “With the legacy drives, we got only the current data back to the PLC. on the IoP-2, we get to see real-time, current, rPm and the DC output. If there’s something wrong, we know it immediately and can initiate corrective action.” In addition, the 150 hp drives can be repurposed for use in Century's carbon plant, also located
Hyster has introduced two new internal combustion engine (ICe) models to its UT Series of forklifts. The H80-100UT (8,000-to-10,000-pound capacity) and H110-155UT (11,000-to-15,500-pound capacity) are designed for lightto medium-duty materials handling in industries such as metals, building materials, mining, and manufacturing. These forklifts offer a cost-effective solution for operations requiring reliable performance without the need for high-intensity usage.
The H80-100UT and H110-155UT models incorporate ergonomic design features to enhance operator comfort and productivity. Key specifications include:
» Wide-view mast for improved visibility
A cooling fan at Century Aluminum's Mt. Holly facility is used to circulate cool air throughout aluminum bundles during the cooling process. The facility recently upgraded its cooling tunnel drives to improve performance and reduce downtime.
» 3.5-inch LCD display
» Automotive-style layout
» Adjustable steering column
» Profiled steel overhead guard
» High-strength roof
» Standard operator presence system
» optional full-suspension seat
These forklifts are engineered for ease of maintenance and low total cost of operation. A large engine access area facilitates routine maintenance, and troubleshooting does not require computer-based diagnostics. The heavy-duty powershift transmission and robust drive axle contribute to extended service life. The UT Kubota 3.8-liter diesel, LPG, and dual-fuel engines provide reliable performance and readily available replacement parts. The engine cover, instrument panel, display, and other components are interchangeable with other UT Series trucks.
The Hyster UT Series forklifts are suitable for a range of applications where reliable and cost-effective materials handling is required. These forklifts are supported by the Hyster Dealer Network.
For more Information: www.hyster-yale.com
HERMA US INC.
HERMA Labeling Systems Enhance Salad Packaging Efficiency for National Grocery Chain
HermA US Inc. has partnered with a major national grocery chain to improve the efficiency and accuracy of its clamshell salad packaging lines. The collaboration involves the integration of HermA's 752C Wrap Labeler and 652C Top & bottom Labeler into the retailer's production facilities. These labeling solutions are engineered to meet the high-speed and precision requirements of modern food production environments, ensuring consistent and reliable label application.
The HermA 752C Wrap Labeler is designed for applying full or partial wrap-around labels to cylindrical or rounded containers. The HermA 652C Top & bottom Labeler provides synchronized precision for clamshell packs, applying labels to both the top and bottom surfaces in a single pass. Key technical specifications include:
» High throughput with consistent labeling accuracy
» 752C: Up to 60 products/minute
» 652C: Up to 250 products/minute
» Tool-free adjustments for fast changeovers between product formats
» Compact footprints for seamless integration into existing production lines
» 752C: 100 - 300 x 100 - 250 x 50 - 200 mm
» 652C: Top & bottom labeling: 30-300 x 10-250 x 38-350 mm
HERMA US labeling solutions are now integrated into a major national grocery chain's salad packaging lines, streamlining the application of labels to clamshell containers. The HERMA 752C Wrap Labeler and 652C Top & Bottom Labeler provide speed and accuracy for high-volume food production.
» User-friendly touchscreen interfaces and robust machine construction
These HermA labeling systems offer benefits such as high throughput, consistent labeling accuracy, and quick changeovers between product formats. The compact design allows for easy integration into existing production lines. The implementation of these systems enables the grocery chain to deliver fresh, clearly labeled salad products to stores nationwide, meeting consumer expectations for speed, consistency, and quality in fresh food packaging.
For more Information: www.herma.us
AGRO-HYTOS HYDRAULIC PRODUCTS
FILTRATION… The range of filter solutions implemented at Argo-Hytos extends from fixed-position industrial plants to highly mobile applications, primarily tailored to individual customer requirements. As a result of their vast experience with custom applications over a wide variety of sectors, Argo-Hytos offers a comprehensive range of innovation standard solutions: Suction Filters; Return and Return-Suction Filters; Pressure/ High Pressure Filters; Filling and Ventilating Filters; Filter Accessories; Sensor Technology. FLUID AND MOTION CONTROL…
DIRECTIONAL CONTROL VALVES D02/D03/D05/D07/D08: Argo-Hytos DC and dual frequency AC coils can be rotated to locate connectors to your need. DIN, Deutsch Flying Leads and Wire Box Connection are available as standard Manual Override. Full line of Sandwich Controls.
FIVE SERIES OF VALVES RATE TO 5000 PSI: RPE3-04, providing 8.0 GPM; RPE3-06, providing 21.0 GPM; RPE4-10, providing 37.0 GPM; RPE4-16, providing 80.0 GPM; RPE4-25, providing 160.0 GPM
GEAR PUMPS: Argo-Hytos gear pumps provide high reliability, high volumetric efficiency, and low noise levels over the entire operating range.
THREE SERIES: GP1-P, maximum pressures from 2300-4350 flows 1.0 gpm; GP1-T, maximum pressures from 1700-4200, flows 1.0 to 17.0 gpm; GP1-Q, maximum pressures from 2900-4500, flows 7.1 to 42.8 gpm.
SAFETY & MAINTENANCE
The Cornerstones of Operational Excellence
The Safety & Maintenance section is dedicated to creating safer workplaces and ensuring equipment longevity. Covering everything from cutting-edge machine guarding systems to advanced air filtration and dust collection solutions, this section provides actionable insights into workplace protection and preventative maintenance. Whether you're exploring ergonomic tools to reduce operator strain or electrical systems that enhance reliability, this section focuses on products and practices that prioritize both people and machines.
In addition to highlighting safety innovations, this section delves into essential maintenance strategies, including retrofitting, rebuilding, and remanufacturing, ensuring that machinery operates efficiently and reliably over time. Maintenance supplies, facility equipment, and accessories are explored alongside new safety technologies designed to meet evolving compliance standards. Readers will discover how a proactive approach to safety and maintenance not only minimizes risks and downtime but also fosters a culture of care and continuous improvement within industrial settings.
Streamlining Industrial Maintenance: A Focus on Value and Reliability
Industrial maintenance is a critical function, and rS is addressing the needs of modern maintenance, repair, and operations (mro) professionals with its rS Pro portfolio. The company aims to provide economical, reliable, easy-to-buy, quick-to-ship, and versatile solutions designed to support various maintenance strategies, including predictive maintenance.
Industrial maintenance is essential for ensuring regulatory compliance and personnel and equipment safety across diverse sectors, including discrete and process manufacturing, energy and utilities, and facilities and intralogistics. Depending on the chosen approach, it can also deliver a host of other valuable benefits. Scheduled preventative maintenance minimizes downtime, improves operating efficiency, extends equipment lifespans, and reduces operating costs. Data-driven predictive maintenance offers similar advantages, but with potentially
greater impact and optimized resource allocation.
The extensive rS Pro portfolio caters to reactive, preventative, and predictive maintenance strategies. It encompasses a wide range of products, from essential tools to replaceable components like batteries and fuses, and extends to smart solutions like sensors that provide real-time insights into equipment and processes. These solutions are designed to optimize asset performance, future-proof productivity, and identify and resolve faults before they escalate into costly failures.
rS Pro maintenance solutions are designed to meet the demands of industrial mro technicians across various industries. The focus is on rigorously tested quality and safety, reliable performance, versatility, cost savings, and convenience, including easy access, fast shipping, user-friendly installation, and expert technical support.
RS PRO offers a comprehensive portfolio of industrial maintenance solutions designed for MRO professionals, covering everything from essential tools and replaceable components to smart sensors for predictive maintenance. This range supports various maintenance strategies, ensuring regulatory compliance, safety, and optimized asset performance.
The rS Pro portfolio includes a wide array of mro products designed to enable essential improvements and optimize mro budgets and workflows. This includes:
» o ver 14,700 connectors and other connectivity solutions supporting the reliable transmission of power, signal, and data. These range from terminals, lugs, and ferrules, m 8 and m12 cordsets, and network and ethernet cables to cable ties, cable trays, wire ducts, and raceways.
» m ore than 11,400 switches that enable the control of electronic devices and machinery. This includes electrical switches that create or break electrical connections to allow or prevent the flow of current or data (pushbutton switches, limit switches, float switches, disconnect switches, and emergency stop switches) and networking switches, like ethernet switches, that connect multiple devices within a local area network (LAN).
» o ver 10,300 fasteners designed to join various objects, ranging from screws, bolts, pins, nuts, and washers to retainer springs, circular clips, and stud mounts.
» m ore than 5,200 tools that facilitate the safe and efficient manipulation of machinery, devices, and materials. This includes screwdrivers, pliers, wrenches, wire strippers, hammers, files, chisels, cutters, and tweezers, as well as measuring, power, and air tools.
» m ore than 4,200 relays that protect electrical systems and connected equipment from over-current and over-voltage conditions.
» m ore than 3,500 sensors that convert and transmit accurate, quantifiable data in real-time, enabling remote monitoring. These include proximity, photoelectric, pressure, and temperature sensors.
» m ore than 3,100 electronic and electrical enclosures engineered to protect components and devices against a range of environmental hazards. These include standing, wall-mounted, and compact handheld enclosures, as well as junction boxes.
» o ver 1,100 test and measurement products that allow users to simulate input signals in the system or device under test for troubleshooting or validation purposes. These range from test equipment accessories, meters, testers, thermometers, and oscilloscopes to signal generators, data loggers and acquisition systems, thermal imagers, calibrators, and analyzers.
» 1,000 fuses that protect electrical circuits from excessive current, preventing equipment damage and fire hazards.
» 900 batteries for primary and backup power.
» 800 warning, status, and panel-mount indicators that visually communicate machine and process statuses.
» 40 DIN rail Power Supplies that convert AC inputs into stable DC outputs to power industrial devices ranging from sensors to PLCs.
“Incorporating high-quality, cost-effective rS Pro solutions into your industrial maintenance routines helps you maintain regulatory compliance, improve personnel and equipment safety, reduce downtime and operating costs, improve operating efficiency, extend equipment lifespans, and optimize your resources,” said erick moreira, rS Pro Director – Americas. “our comprehensive selection of reliable, ready-to-ship industrial maintenance solutions offers everything you need to conduct daily operations, respond to issues that arise, and monitor asset performance to identify potential issues before they impact your operations — enabling pro mro without the markup, no matter your approach.”
The rS Pro portfolio features more than 90,000 products across 1,500 technologies to satisfy the needs of virtually every industrial application and working environment and provides competitive savings compared to branded alternatives without compromising performance, allowing customers of all sizes to work confidently. These products are meticulously designed and manufactured to meet the needs of today’s industrial engineers and deliver an exceptional combination of quality, choice, and value. rS Pro products can be combined into integrated solutions to further simplify customers’ sourcing and purchasing processes and are all backed by the rS Pro Seal of Approval, which is only awarded after a rigorous testing, inspection, and
Heavy Gauge Steel Design Press Bed bolted on, not welded, to prevent distortion.
Large press bed to accommodate a variety of tooling other than just punching.
Pump, motor, valve and reservoir are all easily accessible for maintenance.
Large rectangular tubes used at base of machine to give safe, instant portability.
auditing process based on demanding international standards. In addition, most rS Pro products are covered by a three-year warranty. This unique value proposition has earned rS Pro more than half a million industrial customers and counting, as well as an astonishingly low return rate of less than 0.02%.
ABOUT RS
rS Group plc is a high-service global product and service solutions provider supporting industrial customers in operating efficiently and sustainably. The company operates in 36 markets, stocking more than 830,000 industrial and specialist products and listing an additional five million items relevant to its customers’ needs, sourced from over 2,500 suppliers. This extensive range supports customers across the entire industrial lifecycle—from designing and building to maintaining equipment and operations.
rS enhances the customer experience through a tailored service model that leverages its physical, digital, and process infrastructure in a sustainable way. Combining a technically led, digitally enabled approach with an experienced global team, rS continues to deliver the expertise and reliability that define its brand.
The company’s purpose—“making amazing happen for a better world”—reflects its commitment to creating value for people, the planet, and profit. rS Group plc is listed on the London Stock exchange under the ticker rS1 and, for the year ended 31 march 2025, reported revenue of £2,904 million.
For more Information: www.rsgroup.com
LUTZ HOLDING GMBH
Integrated System for Safe and Sustainable Chlorine Gas Dosing
Lutz-Jesco introduces a comprehensive system solution for the safe and sustainable dosing of chlorine gas in industrial applications. This integrated approach provides all necessary components from a single source, eliminating compatibility issues and streamlining project timelines. The system is designed to mitigate the inherent dangers of chlorine gas, ensuring operator safety and environmental protection. Key components include a chlorine wall, ejectors, a booster pump, control valves, safety devices, and monitoring equipment.
The system utilizes a pressurized chlorine gas cylinder to introduce the gas into water under vacuum, preventing leaks. ejectors, operating on the venturi principle, generate a water jet that creates negative pressure, drawing chlorine gas from the cylinder and injecting it into the water. A booster pump maintains constant water pressure for process stability. The C7700 regulation valve enables automatic gas flow control, integrated with a central PLC or the Topax controller within the e asypro water sampling station. Additional components include:
» CondiChlor: A chlorine gas filter and pressure reducing valve with moisture eliminator to prevent condensation and protect against impurities.
» C2213 Vacuum Regulator: maintains constant vacuum, prevents backflow into the chlorine cylinder.
» easycon Gas Warning Device: monitors ambient air, triggering alarms upon exceeding predefined chlorine concentration limits.
» Chlor-Stop Safety Valve: Immediately interrupts gas flow at the tank valve in emergency situations.
This system is suitable for a variety of industrial processes, including disinfecting process water, bleaching textiles, and manufacturing primary materials like PvC. The integrated solution ensures standard-compliant working sequences, facilitating safe storage, monitoring, and dosing of chlorine gas. The system can be further enhanced with the memdos Smart dosing pump for precise chemical dosing and the easypro water sampling station for monitoring water parameters such as chlorine, pH, and redox.
For more Information: www.lutz-jesco.com/us
ABB
50th Anniversary of ABB's Low Voltage Variable Speed Drive (VSD)
This month marks the 50th anniversary of Abb's Low voltage variable Speed Drive (Lv vSD), a technology that has significantly impacted industrial energy consumption and decarbonization efforts. originally developed by Strömberg, a Finnish engineering company that later became part of Abb, the Lv vSD addresses the limitations of fixed-speed induction motors by enabling precise control of motor speed and torque in response to varying load demands. The first commercial application of the Lv vSD occurred in 1975 at a sawmill in Finland, demonstrating its potential for improved efficiency and reliability in industrial settings. The Lv vSD overcomes the inefficiencies associated with traditional mechanical throttling methods used to adjust motor performance. Key features of the technology include:
» Precise speed control of AC induction motors
» Compatibility with a wide range of motor sizes and power ratings
» Integration with modern control systems and automation platforms
» robust design for demanding industrial environments
The Lv vSD finds applications across diverse industries, including manufacturing, transportation, and infrastructure. It is particularly well-suited for controlling pumps, fans, compressors, and other equipment where variable flow or speed is required. by optimizing motor performance
to match actual load requirements, the Lv vSD reduces energy consumption, lowers operating costs, and extends equipment lifespan. Studies suggest that broader adoption of vSDs could significantly reduce annual energy consumption in the eU.
For more Information: www.abb.com
INTERPLAY LEARNING
VR Simulation Training for Industrial Regulatory Compliance
virtual reality ( vr) simulation training provides an interactive and up-to-date method for industrial facilities to maintain safety and regulatory compliance. This approach transforms compliance education from a passive experience into a hands-on, engaging process, addressing the challenges of evolving occupational Safety and Health Administration (oSHA) requirements and standards set by regulating bodies like the American Society of mechanical engineers (ASme). by utilizing vr , organizations can efficiently update training content, ensuring employees receive consistent and accurate instruction on the latest regulations.
The vr simulation training offers several key technical features:
» realistic, scenario-based training environments that mimic actual workplaces.
» Interactive simulations of heavy equipment operation, emergency response, and maintenance tasks.
» real-time feedback and performance tracking to identify areas for improvement.
» Scalable platform capable of integrating new and updated courses quickly.
» Compatibility with various vr headsets and hardware configurations.
This training is applicable across various industrial sectors, including manufacturing, energy, and construction. It allows employees to engage in realistic training scenarios without physical danger, enabling them to operate equipment, respond to emergencies, and perform maintenance tasks in a virtual environment. This experiential learning improves retention, confidence, and performance, building muscle memory and problemsolving skills that directly translate to on-the-job performance. The vr training supports oSHA's requirement for employees to recognize and avoid hazards specific to their work environment and ASme's standards for qualified operation, inspection, and maintenance of mechanical systems.
For more Information: www.interplaylearning.com
Ready-to-use and easy to operate, even when things get hectic – the servo press workstation Smart Single Station (SST) 2nd Generation ensures smooth workflows in the production line.
QUALITY
Ensuring Precision and Performance
Quality control and assurance are the backbone of manufacturing, ensuring every product meets rigorous standards for precision, performance, and reliability. This section delves into the tools and technologies that enable manufacturers to uphold the highest quality standards. From advanced coordinate measuring machines (CMM) to vision systems and laser inspection equipment, the spotlight is on innovations that enhance accuracy and efficiency in measurement and inspection.
Nondestructive testing (NDT) equipment and positional measuring machines are also featured, allowing manufacturers to evaluate products without damage. Tools such as form measurement gauges, cutting tool inspection systems, and tool condition monitoring devices refine production processes and reduce errors. Whether through shrink-fit technologies or video inspection systems, this section highlights the importance of advanced solutions in maintaining precision, ensuring compliance, and driving continuous improvement in industrial operations.
Seamless Quality: Integrated Systems Advance Punching and Joining Processes
The drive for enhanced efficiency and complete traceability in manufacturing is pushing the boundaries of integrated systems. At blechexpo 2025, Kistler Group, in collaboration with Nidec SYS, will unveil a significant advancement in this area: the Inline v ision & Weld System with markingon-the-Fly (Iv&WS marking). This system represents a next-generation approach to optical quality control of punching strips, combining inspection, defect removal, welding, and marking into a single, automated process. The system will be showcased at Nidec SYS’s booth (Hall 6, Stand 6315) from october 21 to 24 in Stuttgart.
The Iv&WS marking system inspects punched parts for both dimensional accuracy and surface defects. What sets it apart is its ability to automatically remove defective parts from the strip, seamlessly weld the strip back together using Nidec SYS’s wobble laser welding
technology, and then mark each individual part for complete traceability. This integration of process steps is designed to minimize downtime and ensure that only compliant parts proceed further in the manufacturing chain.
A key feature of the latest Iv&WS system is the integrated laser marking system, KL m (marking-on-the-Fly).
This allows for the application of Qr codes, barcodes, or other identifying marks onto the punched parts. With the capacity to mark up to 1,600 parts per minute, the system provides comprehensive traceability – a critical requirement in industries such as automotive and medical technology. beyond marking, the vision inspection system continuously generates quality data, which can be analyzed to identify trends and improve overall production processes.
Werner borth, Ceo of Nidec SYS, emphasizes the value proposition of this integrated solution: ”With this innovative development, we
are empowering our customers in high-end connector manufacturing to future-proof their production processes. They gain greater efficiency, enhanced quality, and a higher degree of automation – delivering a decisive competitive advantage.”
beyond the Iv&WS system, Kistler will also showcase a range of solutions for automated production and quality assurance in sheet metal processing at its own booth (Hall 6, Stand 6317), located near Nidec SYS. These include flexible systems for joining and press-fitting tasks with 100% inspection capabilities, as well as tool monitoring and cutting force measurement solutions for rotating systems.
The company's Inline v ision & Weld System (Iv&WS 512) addresses the costly issue of unplanned downtime in punched part production. by combining optical quality inspection with precise cutting and laser welding technology (Cut & Welding) in a single system, production can continue even when a defective part is detected. The system automates the removal of NoK (defective) parts from the punching strip and subsequently reconnects the strip. This ensures that only oK parts remain on the punched part coil, eliminating the need for manual intervention that could interrupt production or potentially damage surrounding compliant parts.
edgar Wuchrer, business Development manager at Kistler, highlights the space-saving benefits of the
integrated approach: “The integration of multiple production steps into a single system saves valuable production space, which manufacturers can then use for peripheral devices with longer autonomy times. Inline v ision & Weld enables 100% inspection and marking of punched parts in the smallest possible space. v isitors to blechexpo can experience just how compact the system is.”
o ther highlights at the Kistler booth include:
» electromechanical NC joining systems: These offer advantages over conventional technologies for automated joining and press-fitting processes. The compact NCFC joining module will demonstrate a clinching application live at blechexpo. Its small size and lightweight design make it suitable for use in tight production spaces, on robots, or on robotic arms. The electromechanical servo presses can be flexibly integrated into existing production lines as individual components or as turnkey press assembly workstations (Smart Single Stations).
» The ANALYSe system: This is a modular and automated testing system for quality assurance in screw assembly.
» The PRODUCTOR assembly tool: This allows measurements before, during, and after assembly to continuously monitor screw processes.
» Resistance spot welding solution: Kistler will
demonstrate the future of resistance spot welding with its sample welding tong, equipped with intelligent force sensors for smarter, more transparent, and fully process-safe processes.
» Wireless cutting force measurements: Kistler offers innovative solutions with the rotating Cutting Dynamometer (rCD) and the telemetric measurement system (TmS). The rCD is designed for process development and qualification in dynamic machining processes, enabling precise measurements and analyses to optimize machining. The TmS is used in industrial series production and features wireless signal transmission for continuous tool monitoring, for example in turret lathes. This enables real-time monitoring of tool performance in production environments.
The company's solutions also include:
» The compact NCFC servo press with integrated sensors ensures precise clinching, even when operated by a robot.
» The versatile ANALYSIS system consists of the proven test rig for determining friction coefficients and can be individually adapted. Fasteners of all types can be precisely examined through length and resistance measurements as well as fracture testing.
» With Kistler’s new telemetric measurement system, wireless, wear-free signal transmission is possible for the first time in tool monitoring of rotating structures.
ABOUT KISTLER GROUP
Kistler is the global market leader for dynamic pressure, force, torque and acceleration measurement technology. Cutting-edge technologies provide the basis for Kistler’s modular solutions. Customers in industry and scientific research benefit from Kistler’s experience as a development partner, enabling them to optimize their products and processes so as to secure sustainable competitive edge. Unique sensor technology from this Swiss corporation helps to shape future innovations not only in automotive development and industrial automation but also in many newly emerging sectors. Drawing on our extensive application expertise, and always with an absolute commitment to quality, Kistler plays a key part in the ongoing development of the latest megatrends. The focus is on issues such as electrified drive technology, autonomous driving, emission reduction and Industry 4.0. Some 2,000 employees at more than 60 facilities across the globe are dedicated to the development of new solutions, and they offer application-specific services at the local level. ever since it was founded in 1959, the Kistler Group has grown hand-in-hand with its customers and in 2024, it posted sales of mCHF 448. About 9 percent of this figure is reinvested in research and technology – with the aim of delivering innovative solutions for every customer.
LK Metrology's Virtual Showroom allows users to explore CMMs and portable measuring arms through an immersive, 360-degree online experience. The platform features detailed animations of CMMs measuring parts, providing insight into LK's technology.
LK METROLOGY
LK Metrology Launches Virtual Showroom for CMM and Measuring Arm Exploration
LK metrology has introduced a virtual Showroom, an online platform designed to provide customers and prospects with an immersive experience exploring its range of coordinate measuring machines (Cmms) and portable measuring arms. Accessible via PC, tablet, or smartphone, the virtual Showroom allows users to remotely examine LK products through 360-degree views and interactive features. The platform aims to offer a comprehensive understanding of LK's metrology equipment and technologies.
The v irtual Showroom incorporates several features to enhance the user experience. Detailed animations demonstrate Cmms in operation, measuring various parts. Interactive 3D digital twins of Cmm models can be downloaded and viewed on personal devices, with augmented reality capabilities allowing users to visualize the equipment in their own environments. A Software Hub highlights the capabilities of LK’s control, metrology, analysis, and reporting software. Technical specifications of Cmm models and supported sensor options are accessible through a Totem feature.
LK Metrology's Virtual Showroom features interactive 3D models of coordinate measuring machines (CMMs) that users can download and explore. The platform provides detailed specifications and supported sensor options for each CMM model.
The v irtual Showroom is intended to provide quality control professionals with a flexible means of interacting with Cmm technology. The platform offers a guided tour for new users, allowing them to learn navigation tips, or they can browse independently. The v irtual Showroom provides insight into the evolution of LK's products and its engineering heritage.
For more Information: virtualshowroom.lkmetrology.com
BOLD LASER AUTOMATION, INC.
3DS1410 3D Scanning and Measurement System Introduced for Non-Contact Inspection
The 3DS1410 3D Scanning and measurement System is a new addition to bold Laser Automation's 3DS series of non-contact measurement platforms. This enclosed platform is engineered to provide manufacturers with a reliable, high-accuracy solution for inspection and measurement in production quality control applications. The system is designed for efficient operation with quick load/unload capabilities and is suitable for the complex analysis of polymers and textiles in tube form, woven and non-woven materials, coextruded braided tubing, and micro-machined stainlesssteel components.
A side view of the 3DS1410 3D Scanning and Measurement System, an enclosed platform designed for non-contact, high-accuracy measurements. The system features a compact design suitable for both laboratory and production environments.
Close-up of the 3DS1410 3D Scanning and Measurement System, highlighting its high-resolution capabilities for non-contact inspection of complex geometries. The system utilizes the Keyence LJ-X8020 Laser Profiler Sensor Head for precise data acquisition.
» Compliance & Safety: meets UL and NFPA 79 electrical standards, operating on single-phase 100–220 vAC.
The 3DS1410 is designed for manufacturers in the medical device, textiles, and advanced materials industries who require high-accuracy inspection. The system's configurable scanning capabilities, robust fixturing, and motion repeatability make it suitable for both r&D laboratories and full-scale production facilities. The system is available immediately.
For more Information: boldlaserautomation.com
The 3DS1410 system utilizes the Keyence LJ-X8020 Laser Profiler Sensor Head and 2D/3D controller to deliver precise and repeatable data. Key technical features include:
» High-Resolution 3D Scanning: Achieved via the LJ-X8020 for detailed 3D profiling of tubing and complex geometries.
» Precision Motion Control: XY ball screw linear motion with a 1 µm encoder resolution, ensuring ±0.008 mm repeatability across a 14-inch x 10-inch scanning area.
» Flexible Fixturing: A soft mandrel/spindle clamp and mandrel base array for secure batch measurement.
» Compact Design: A standalone, enclosed system with a working height of 36 inches.
» User-Friendly Interface: Software powered by the Keyence control suite with encoder integration, CPU, and HmI display.
High-speed joining meets precise force measurement: Kistler supplements the proven LinMot linear module with piezoelectric force measurement technology and automatic acceleration compensation.
ROBOTICS
Driving Automation and Innovation
Robotics and automation are transforming modern manufacturing, redefining efficiency, precision, and versatility across industrial processes. From welding robots and robotic tooling to autonomous technology and cobots (collaborative robots), innovations are seamlessly integrating robotics into diverse manufacturing workflows.
Key advancements include automated cells and press transfer robotics, enabling streamlined operations and reduced cycle times. Solutions like material handling systems and end effectors highlight the adaptability of robotics in tasks ranging from machining to assembly. With a focus on enhancing safety and productivity, the integration of RFID and enclosure systems, along with comprehensive training, empowers manufacturers to harness the full potential of robotics in an increasingly automated world.
Bridging the Gap: High-Speed Assembly Meets Precision Force Measurement
The pursuit of both speed and accuracy in assembly and joining processes has long presented a challenge for manufacturers. Now, the Kistler Group addresses this issue head-on with its NCFQ 2166A joining system, a solution that combines the high dynamics of linear direct drives with the precision of piezoelectric sensor technology. This innovative system aims to fill a gap in markets where quality and high production speeds are paramount, such as the manufacturing of medical and electronic products, semiconductors, and automotive components.
Leveraging proven drive technology from Linmot, Kistler has enhanced it with piezoelectric sensors to create a turnkey system that offers optional acceleration compensation. This is particularly beneficial for highly dynamic applications with low forces of up to 500 N, such as the production of autoinjectors and insulin pens. The
system's capabilities also extend to the electronics industry, where it can be used for relay or haptic tests.
The magnet-based technology of the joining module, featuring a linear motor, delivers acceleration of up to 50 m/s² and speeds of up to 5 m/s. In addition to the linear motor, the module incorporates a magnetic spring for weight compensation in vertical installations. To complete the system, Kistler integrates piezoelectric force and acceleration sensors, the ICA m-b industrial charge amplifier, and the maXYmos NC process monitoring system. This comprehensive approach ensures data transparency, process reliability, and precise process control.
Peter balzer, Product manager for NC joining systems at Kistler, emphasizes the growing demand for highly accurate force measurement combined with high dynamics. "Until now, users had to decide whether to focus on precision and exact process monitoring or on speed,"
he explains. "In areas where consistently high quality is crucial, choosing a slower system has traditionally been the only viable option. With our new NCFQ high-speed joining system, there is no need to compromise."
The NCFQ high-speed joining system boasts the following features:
» High dynamics with acceleration up to 50 m/s²
» Speeds up to 5 m/s
» Piezoelectric force and acceleration sensors for precise measurement
» ICA m-b industrial charge amplifier for signal conditioning
» maXYmos NC process monitoring system for data transparency and process control
» o ptional acceleration compensation for enhanced accuracy
The system is already making an impact in the pharmaceutical industry. In one production facility for insulin pens, the NCFQ joining system is used to automatically insert the insulin cartridge into the plastic housing of the auto-injector and then assemble the components. In this application, both speed and absolute precision are critical. Insufficient force can lead to unreliable joining, while excessive force can damage the cartridge and cause insulin leakage. The reliable measuring and joining technology ensures the functionality of the pens and eliminates potential production errors, even at cycle times of 500 milliseconds.
o ne of the key challenges in high-speed joining is accounting for acceleration forces. "Due to the high dynamics of the linear module, the acceleration forces are always measured, too," explains Peter balzer. "However, they are irrelevant for product quality and make it difficult to evaluate the process based solely on force data. For particularly accurate process monitoring, we therefore offer, in addition to the basic version of the NCFQ high-speed joining system an advanced version. Here, we have integrated an additional highly sensitive 8203A piezoelectric acceleration sensor. It enables the system to automatically filter out the acceleration forces of the joining module and make joining forces only visible. This greatly simplifies process control and evaluation.”
The advanced high-speed joining system with acceleration compensation includes:
» Joining module with linear motor
» Servo drive
» Switching power supply
» Force sensor
» Acceleration sensor (8203A piezoelectric)
» ICA m-b industrial load amplifier
» maXYmos NC process monitoring system
beyond integration into complete production lines, the system can also be used in process development. It is currently being used as a stand-alone workstation
for manual assembly at a pharmaceutical company. Depending on the specific application requirements, the system can be customized with alternative sensors and joining modules with different strokes and joining forces.
To ensure maximum planning reliability, transparent cost control, and the optimization and validation of joining processes, Kistler’s Assembly Competence Center (ACC) provides support. “The ACC is our central point of contact for determining precise measurement values and process parameters in the production environment," concludes Peter balzer. "Together with users, we tailor our systems to the specific application so that they meet all requirements for precision, speed, and tool compatibility.”
ABOUT KISTLER GROUP
Kistler is the global market leader for dynamic pressure, force, torque and acceleration measurement technology. Cutting-edge technologies provide the basis for Kistler’s modular solutions. Customers in industry and scientific research benefit from Kistler’s experience as a development partner, enabling them to optimize their products and processes so as to secure sustainable competitive edge. Unique sensor technology from this Swiss corporation helps to shape future innovations not only in automotive development and industrial automation but also in many newly emerging sectors. Drawing on our extensive application expertise, and always with an absolute commitment to quality, Kistler plays a key part in the ongoing development of the latest megatrends. The focus is on issues such as electrified drive technology, autonomous driving, emission reduction and Industry 4.0. Some 2,000 employees at more than 60 facilities across the globe are dedicated to the development of new solutions, and they offer application-specific services at the local level. ever since it was founded in 1959, the Kistler Group has grown hand-in-hand with its customers and in 2024, it posted sales of mCHF 448. About 9 percent of this figure is reinvested in research and technology – with the aim of delivering innovative solutions for every customer.
For more Information: www.kistler.com
The new NCFQ high-speed joining system from Kistler combines a LinMot linear module with precise piezoelectric measurement technology. It is particularly suitable for demanding joining applications with high dynamics - especially in the medical, electronics, semiconductor and automotive industries.
WIFERION
etaLINK 3000 Inductive Charging System Optimizes AMR Fleets
The etaLINK 3000 from Wiferion is an inductive charging system designed to provide autonomous mobile robots (Amrs) with a reliable and efficient power supply. This system enables contactless energy transfer, allowing Amrs to charge during short stops directly within their operational cycles, a process known as "in-process charging." This capability facilitates continuous 24/7 operation by eliminating the need for dedicated charging breaks, thereby maximizing uptime and minimizing interruptions to material flow.
The etaLINK 3000 system offers several key technical features:
» High energy transfer efficiency of up to 93%
» o mnidirectional charging pad approach
» Wireless energy transmission, eliminating mechanical contacts
» Compatibility with existing warehouse and logistics systems
The system's design allows for flexible integration into existing production and logistics environments. Charging pads can be installed on walls, floors, along routes, or at loading/unloading stations without requiring extensive structural modifications. The system's operational characteristics, such as on-demand charging, contribute
to energy savings and enhanced safety. The integration of the etaLINK 3000 into fleet management systems enables centralized control and monitoring of A mr fleets, encompassing navigation, order management, and energy supply.
The primary application of the etaLINK 3000 is to provide continuous power to A mr fleets in intralogistics environments. by eliminating the need for manual charging interventions and reducing maintenance requirements associated with traditional charging methods, the system increases the overall efficiency and availability of A mr fleets. The system's compatibility with various A mr models and existing infrastructure allows for seamless integration and scalability, making it suitable for a range of applications in material handling, warehouse automation, and production line optimization.
For more Information: wiferion.com
MOUSER ELECTRONICS, INC.
Arduino UNO Q Single Board Computer Now Available
mouser electronics, Inc. announces the availability of the Arduino UNo Q single board computer (SbC) from Arduino. The UNo Q is designed to bridge high-performance computing with real-time control, offering a platform for developing advanced applications. It combines a
Wiferion Use Case: Bl~botics/ Photo courtesy of Bluepath Robotics.
The Arduino UNO Q single board computer, featuring a Qualcomm Dragonwing QRB2210 microprocessor and STM32U585 microcontroller, is now available from Mouser Electronics. This SBC enables AI-powered machine vision and sound solutions for real-time applications.
Linux Debian-capable Qualcomm Dragonwing Qrb2210 microprocessor with an STmicroelectronics STm32U585 microcontroller.
The UNo Q features a dual-brain architecture, integrating a quad-core 2.0 GHz CPU, Adreno GPU, and dual image signal processors (ISPs). Key specifications include:
» 2 G b r A m
» 16 G b onboard emmC storage
» Dual-band Wi-Fi 5 (2.4/5 GHz)
» bluetooth 5.1
» USb-Type C connector with power delivery input and video output
» 8 × 13 LeD matrix
The board also includes classic UNo headers, high-speed bottom headers, and a Qwiic I2C connector for expansion. The pre-loaded Arduino App Lab provides an open-source platform for rapid prototyping and scaling of AI-powered solutions.
The Arduino UNo Q is suited for applications requiring machine vision, sound recognition, and real-time responsiveness. Its integration with the edge Impulse platform facilitates the development and optimization of AI models for tasks such as object/human detection, anomaly detection, image classification, ambient sound recognition, and keyword spotting. The wireless connectivity and expansion options enable integration into a variety of IoT and robotics projects.
For more Information: mouser.com
Triton Smart Camera Integrates On-Sensor AI for Edge Inference
The Triton Smart camera from LUCID vision Labs is a compact machine vision solution that incorporates Sony’s ImX501 intelligent vision sensor, enabling on-sensor AI
processing for real-time inference at the edge. This camera eliminates the need for external processing or cloud connectivity by performing inference directly on the device. The Triton Smart combines AI capabilities and imaging functionality within a rugged, lightweight 29 × 29 mm industrial housing.
The Triton Smart utilizes the Sony Im X501, a 12.3 mP CmoS sensor that integrates an Image Signal Processor (ISP), Digital Signal Processor (DSP), and 8 mb of on-chip memory. This architecture allows for offline classification and object detection. The camera's dual-ISP design supports simultaneous AI inference and image processing, outputting both the original image and AI results in a single data stream. Key specifications include:
» Sensor: Sony Im X501 12.3 mP CmoS
» Resolution: 4056 × 3040 pixels
» Frame Rate: Up to 30 FPS with inference, 8 FPS at full resolution
» Interface: Gige v ision 2.0
» Connectors: m12 ethernet, m8 GPIo
» Operating Temperature: -20°C to 55°C
The Triton Smart camera is suitable for applications such as factory automation, smart logistics, retail analytics, and access control. Its ability to perform inference at the edge reduces system complexity, lowers latency, and enhances security. The camera is compatible with AI models created in Neurala’s brain builder for AITrIoS, allowing users to train and deploy optimized AI models. LUCID’s Arenav iew mP software facilitates model upload, camera configuration, and real-time image streaming with AI information overlays. The camera conforms to Gige v ision 2.0 and GenICam3 standards and is supported by the Arena SDK, which is compatible with Windows, Linux 64-bit, and Linux Arm platforms and supports C, C++, C#, and Python programming languages.
For more Information: thinklucid.com
The LUCID Triton Smart camera, featuring on-sensor AI processing, is shown in a side-angle view. This compact machine vision camera enables efficient, real-time inference directly on the device.
Ingersoll's MasterPrint® Deployable, housed in two 20-foot containers, brings additive and subtractive manufacturing directly to the point of use. Powered by the SINUMERIK ONE CNC platform, this portable machine tool combines high-speed additive manufacturing and precise 5-axis milling.
METALWORKING
Precision and Craftsmanship in Manufacturing
Metalworking encompasses the tools, technologies, and processes that drive precision manufacturing. This area highlights advancements in machining, grinding, lathing, and cutting systems, along with innovations like EDM (Electronic Discharge Machining). It captures the synergy between precision equipment and skilled craftsmanship, essential for producing high-quality components across diverse industries.
Focusing on the integration of controls, machining tools, and accessories, metalworking emphasizes the efficiency and accuracy demanded by modern manufacturing. From contract manufacturing to heat treating and gear machinery, it reflects the essential techniques and equipment shaping today’s industrial landscape. Whether utilizing traditional methods or cutting-edge innovations, metalworking celebrates the pursuit of excellence in every detail.
Redefining Manufacturing: When Additive and Subtractive Processes Meet Portability
Anew generation of deployable machines is bringing additive and subtractive manufacturing directly to the point of use, powered by the SINUmerIK oNe CNC platform and a unique industrial 3D printer. This innovation stems from the collaboration between Siemens and Ingersoll machine Tools, a 133-year-old rockford, Illinois builder of high-quality, large-format machine tool solutions. The two companies share a long-standing relationship of business cooperation, engineering dynamism and executed achievements in automated machine technology. That tradition continues today with Ingersoll’s new generation of its “machine in a box” concept, the masterPrint® Deployable, designed to be an application-specific, portable machine tool, featuring the company’s unique combination of high-speed additive manufacturing
and precise 5-axis milling. masterPrint® Deployable is compactly housed in two 20-foot containers and allows Ingersoll’s customer to send the unit to its point of use as a free-standing manufacturing entity, with all the necessary hardware, software and tools onboard to complete a specific function.
Powered by the digital-native SINUmerIK oNe CNC, masterPrint® Deployable “opens the possible,” as Zach Gray, Additive business Development manager at Siemens, notes. “We were challenged by Ingersoll, as we always are, to think outside the box and yes, that’s a pun, in this case, given the nature of the final machine.” For the initial project, the machine needed to incorporate an additive material extruder, designed by a third party, with full environmental and motion control, plus a gantry and milling head for
Ingersoll's MasterPrint ® Deployable, a portable additive and subtractive manufacturing solution, is housed in two 20-foot containers for easy transport and on-site deployment. The unit contains all necessary hardware, software, and tools for completing specific manufacturing functions.
material removal and finishing, with full capability for onsite adaptation to various conditions and climates.
As Jason melcher, v ice President and Sales Director of Composite and Additive Technology at Ingersoll, comments, “o n the first project, we knew very little about the application, as it was confidential, so we had the empty space of a Conex box as our starting point.” The Conex box is a commercially available item, heavily altered by Ingersoll. The innovation comes with the alterations to make this structure and space a plausible environment capable of carrying a large industrial 3D printer, CNC milling machine, controls and power supply to the point of use. melcher continues, “Cooperation with our key suppliers was vital on this project and we knew we could rely on our years of experience with Siemens to assist us. As usual, our Siemens partners had less concern about the end-product and put greater emphasis on the process. This gave us confidence that we could journey together in the creation of this unique machine.”
In future applications, the same masterPrint® Deployable technology might be used with thermoplastic or metal additive materials, applied through cold spray, Directed energy Deposition (DeD), blown powder, Wire Arc Additive manufacturing (WAA m), friction stir or other technologies, then milled on the same machine to produce the final part. A Deployable Automated Composite solution is also possible. Keeping the machine technically competent under all such circumstances is a challenge for both the Ingersoll and Siemens teams. That’s where the “future ready” technology of SINUmerIK oNe really shines. With its high-fidelity digital twin technology, the entire process can be programmed and visualized with real time operation virtually, before the machine is built. This provides Ingersoll the ability to offer the masterPrint® Deployable solution for various applications, across a wide range of industries, including the marine industry and residential construction.
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Andrew ramirez, Siemens Account manager for Ingersoll, adds, "o ur relationship with this customer presents us new and exciting challenges all the time, and that's very rewarding … and fun, because we can leverage our technical knowledge and collaborate with our engineering teams to address the job at hand. When it works as well as it does on masterPrint® Deployable, that's very satisfying as an account manager who gets to see innovative solutions come to life."
melcher echoes that thought, “We know Siemens has decades of experience in CNC, software development and problem-solving in the machine tool world. They bring a very open-ended attitude to our needs and, together, we produce solutions that benefit our Ingersoll customers in many ways.” In this case, it was necessary to have modifications made to the process and the combination of Ingersoll machine technology and engineering, with the Siemens control environment helps to produce a functional and flexible ecosystem for manufacturing in the field. The Siemens SINUmerIK oNe CNC, melcher notes, incorporates all the variables and can work up solutions, prove them out virtually, then produce a functioning machine, with the added benefit of accepting variables onsite and adapting the control parameters to manage them.
A further testament to the Siemens value at Ingersoll, is training, according to Jason melcher. “We’ve worked with all the major CNC control manufacturers and we’ve seen Siemens expand its technology, but also its training mindset. Today, they provide us training both on the operation of the control and the integration of it into the manufacturing process, something we can then share with our customers to get them running more efficiently from the start.”
o n the masterPrint® Deployable application, Zach Gray cites three key concerns:
1. Deposition control of the polymer or metal additive material applied at any angle
2. milling functionality to accommodate variables in the applied material
3. The touch probe unique to SINUmerIK oNe and its multi-technology platform
SINUmerIK oNe plays a central role in the transformation of machine tools in the age of Industry 4.0, outperforming previous generations of controllers in terms of PLC and CNC machine operation, cutting speed, data capture and processing power. With its integrated SIm ATIC S7-1500F PLC, the SINUmerIK oNe control offers up to 10 times faster PLC cycle times. Thanks to the PLC, SINUmerIK oNe is now fully integrated into the Siemens TIA Portal engineering framework, enabling standardization of all engineering tasks for operators of larger format machines. This generation of Siemens CNC is fully compatible with the previous SINUmerIK 840D sl controller generation in terms of programming and operation. This made the changeover to SINUmerIK
Ingersoll's MasterPrint® Deployable, a portable additive and subtractive manufacturing solution housed in two 20-foot containers, is designed for pointof-use deployment. The system integrates high-speed additive manufacturing with precise 5-axis milling, controlled by the SINUMERIK ONE CNC.
Ingersoll's MasterPrint® industrial 3D printer, powered by the SINUMERIK ONE CNC platform, enables portable additive manufacturing. The image likely showcases the SINUMERIK ONE system integrated within the MasterPrint® machine.
oNe more seamless for Ingersoll and, as Jason melcher notes, the training supplied by Siemens made the process faster and easier for Ingersoll and its first customer for masterPrint® Deployable.
With SINUmerIK oNe, Siemens offers CNC technology that easily creates and works with digital twins of machine tools. Work preparation teams and engineering departments can also benefit from the digital twin. Siemens offers a comprehensive user interface for SINUmerIK oNe that enables convenient, flexible and efficient operation of machine tools across all machining technologies, including additive, subtractive
and, in this case, both, as well as composites with chopped carbon fibers.
While under development at Ingersoll, the unit was powered by standard factory 480v power. The transformer supplied “in the box” connected to the customer’s on-site generator in the field for immediate startup, according to Jason melcher.
Applications for this technology are vast, ranging from aerospace and defense to energy, r&D and even disaster relief uses in very hostile environments. Also, through the power of the CNC, robotics can also be integrated and controlled. on the topic of the overall benefits of the relationship with Siemens, Jason melcher says, “We wanted to produce the largest possible workspace in the footprint provided by our customer. Siemens was very helpful, as they always are, in not letting us overreach the capabilities of the control and its processes. That’s the optimum contribution a partner can make and, combined with their technology and training, we are confident we derived the best solution for the customer’s application and their logistics.”
From the Siemens side, Zach Gray concludes, “This masterPrint® Deployable application was an exciting challenge for Andrew (ramirez) and me. With all the other technologies we know we can incorporate into this Ingersoll concept, including robotics, it really does open the possible up for our customer and us.”
ABOUT SIEMENS INDUSTRY, INC.
Siemens Industry, Inc. is a U.S. affiliate of Siemens AG, a global technology powerhouse that has stood for engineering excellence, innovation, quality, reliability and internationality for more than 170 years. Active around the world, the company focuses on intelligent infrastructure for buildings and distributed energy systems and on automation and digitalization in the process and manufacturing industries. Siemens brings together the real and the digital worlds, benefiting customers and society. Through mobility solutions for rail and road, Siemens is helping to shape the world and protect the environment. Siemens is also a leading provider of power generation and power transmission solutions and a pioneer in infrastructure solutions as well as automation, drive and software solutions for industry.
For more Information: www.siemens.com
BEHRINGER SAWS
Bandsaws: A Resurgent Technology for Modern Metalworking
bandsaws are experiencing a resurgence in modern manufacturing due to their versatility and cost-effectiveness in cutting large-dimension, high-hardness materials. They offer a practical solution for manufacturers increasingly utilizing specialized steels with microstructures and properties sensitive to high temperatures. Compared to alternative cutting methods
The large-scale universal machines from Behringer can handle any job that is needed. Their expertise: Handling heavy-duty workpieces with ease and slicing through the material with extreme cutting performance. When processing long solid workpieces – rolled or rough turned – or processing large pipes, these benefits make for dramatic improvements in productivity. Round or rectangular –the results are equally impressive.
like waterjet or laser cutting, bandsaws remove less material per cut, allowing for chip recovery and reducing scrap. This makes them a more environmentally conscious solution, particularly in production environments facing regulatory pressures and high costs associated with gases for plasma cutting.
modern bandsaws incorporate advanced technologies to enhance precision and efficiency. These include:
» variable Frequency Drives ( vFDs)
» Servo motors
» Advanced control systems
These features enable accurate positioning, programmable feed rates, and optimized blade pressure, minimizing material loss and ensuring consistent, high-quality output. The evolution of bandsaw technology includes the introduction of bimetal and carbide-tipped blades, SC (speed cutting) technology paired with high-pressure coolant systems, and vibration-dampening cast iron frames. Systems like the Automatic Feed Control Pro (AFC Pro) adapt cutting parameters in real time, reducing operator input while improving consistency.
bandsaws are suitable for a wide range of applications, including cutting high-performance alloys and largedimension materials. Their precision minimizes the need for secondary operations, streamlining production and reducing energy consumption and material usage. The improved durability and stability of modern machines reduce the risk of rework, scrap, and downtime, helping manufacturers meet deadlines, improve part quality, and lower overall cost per cut. The integration of intelligent control systems and automated feed regulation transforms bandsaws into sophisticated production tools capable of delivering the precision, consistency, and adaptability required in today’s high-demand manufacturing environments.
For more Information: www.behringersaws.com
SOFTWARE
The Digital Backbone of Modern Manufacturing
In an era where innovation drives productivity, the Software section explores the cutting-edge tools empowering manufacturers to streamline operations, enhance precision, and optimize performance. From CAD/CAM/CAE design platforms to CNC simulation and process verification, this category reveals how digital solutions are revolutionizing the way products are conceptualized, created, and delivered.
Covering a broad spectrum of applications—such as ERP systems, factory floor software, and industrial IT—this section emphasizes the importance of connectivity and real-time data in achieving operational excellence. Topics like quality control, job tracking, and program optimization showcase how software bridges the gap between vision and execution, enabling manufacturers to stay competitive in a fast-evolving industry.
Riding the AI Wave: Optimizing for the Next Generation of Search
For industrial companies navigating the complexities of modern digital marketing, a new imperative has emerged: optimizing for AI-driven search. This evolution, reminiscent of the keyword-centric strategies of the 1990s, now focuses on securing prominent placement in AI-generated recommendations from platforms like ChatGPT, Google Assistant, Alexa, and Siri. While the algorithms powering these platforms remain intricate and ever-changing, the underlying principle is clear: websites with well-structured content and meticulously executed Seo strategies are more likely to be favored by AI.
The driving force behind this surge in interest is the potential to generate qualified leads, particularly in today's competitive economic climate. Whether through AI search visibility, traditional Seo, or voice assistant optimization, the ultimate goal is to increase inbound inquiries and customer engagement.
"If a user asks ChatGPT to ‘recommend three plastic injection molders in the United States,’ the goal is to ensure a particular company is among those listed. Similarly, when someone searches for a ‘mechanic in raleigh,’ the objective is to position your business as one of the first options provided," explains Dan Salfire of Internet Digital marketing (IDm), a company specializing in digital marketing solutions that integrate strategy, content, and technology, including AI-driven search optimization.
Salfire emphasizes that early adoption of AI-driven search optimization can provide industrial companies with a significant advantage, potentially allowing them to dominate search results and control their visibility and lead generation.
"There is no shortage of opportunities, but tapping into them requires a focused plan," explains Stalfire. " by strategically developing
content to align with AI search behavior, businesses can position themselves to appear in the top results across all platforms. o nce that foundation is in place, the sky’s the limit.”
The process begins with a user's search query. AI systems then evaluate their databases, ranking websites based on keyword relevance, content quality, and structure. The results that most closely match the query are then presented as recommendations.
o ptimization extends beyond text-based searches. voice assistants like Alexa and Siri also utilize online content to provide spoken recommendations. by implementing the right strategies, businesses can be mentioned in both written and voice responses, making this an increasingly valuable area for visibility.
According to Stalfire, AI implementation is the next step in the evolution of search engine optimization (Seo). early Seo practices focused almost exclusively on inserting targeted keywords into websites to improve rankings. While once considered essential, excessive keyword usage now results in penalties.
Today, achieving high search rankings requires a multifaceted approach that includes backlinks, social media activity, and website content and structure. Content freshness, relevance, and update frequency all play a role, as does the amount of text on a page.
"Search engines have adapted over time and now
require a more sophisticated strategy that balances relevance, authority, and user experience," says Stalfire. AI-driven content evaluation is now a significant factor in algorithms, influencing how keywords are weighted.
"The way website material is written, the questions it anticipates, and the structure of the information all influence how AI systems select results," explains Stalfire. "Using advanced Seo strategies makes it more likely that a business will be placed at the forefront of these responses."
Stalfire emphasizes that there is no secret formula for achieving success in AI search visibility. each platform uses its own set of rules, known as algorithms, to determine how results are ranked. An algorithm is essentially a mathematical model that weighs numerous factors, from the most important to the least, to determine placement. by understanding these priorities for each platform and aligning content and strategy accordingly, a company can consistently appear as a top recommendation.
While search platforms like Google do not disclose their algorithms in detail, they provide broad guidance when new algorithm updates are introduced. For example, they may indicate that greater emphasis will now be placed on backlinks or another ranking factor. While the specifics are never fully revealed, the information provided is typically sufficient for skilled professionals to determine the best course of action.
"The technology changes faster than almost any
other medium," explains Stalfire, who says he is in frequent contact with representatives from Google, meta (Facebook), and Instagram to stay informed about new developments and changes.
Stalfire notes that some Seo marketing companies continue to use outdated practices rather than investing the time to keep up with the ongoing changes in search algorithms.
"The rules I could use last week, I may not be able to use next week. marketing companies like ours have to do their very best to stay on top of the constant changes and implement strategies based on how algorithms function today," adds Stalfire.
Given the numerous factors influencing AI-driven search results, IDm has developed a subscription-based software tool that integrates a wide range of features to provide a clear path to improving website performance, search visibility, and overall online credibility.
At the core of the system is a proprietary AI engine that synthesizes the collected data and produces a customized roadmap, outlining how to improve site performance and search visibility.
"In essence, the platform functions as a self-service Seo analysis tool, guiding users through everything needed to identify and correct performance or ranking issues," says Stalfire.
o nce the tool highlights areas for improvement, users have flexibility in how to address the issues using in-house IT or third parties. Stalfire says the tool is now in its final beta testing phase and is expected to go live as a subscription-based service in late october.
When businesses seek to strengthen their AI visibility, the process begins with consultation, says Stalfire.
During this stage, the team reviews the client’s industry, evaluates target keywords, and determines which search terms align best with both the market and the customer’s goals. Considerable time is spent analyzing potential keywords, after which recommendations are presented.
The client’s role is limited to helping refine keyword priorities. o n the backend, all adjustments are made to ensure compliance with AI-driven search algorithms.
There is a significant window of opportunity for those who act swiftly. early movers can secure a competitive advantage by positioning themselves ahead of others in the market. even capturing a relatively small share of the available traffic has the potential to generate meaningful and sustainable revenue streams.
"Consider a scenario in which a business ranks first under the keyword term, ‘plastic injection molder,’" says Stalfire. "If that phrase receives 5,000 searches in a given time frame, the company gains visibility with all 5,000 potential customers. If the average project is $10,000 and only 20 customers convert, the financial return is still considerable."
In the current landscape of digital marketing, industrial firms that fail to recognize the impact of AI-driven search results risk losing ground to competitors.
The good news is that specialized resources are available to help companies implement comprehensive AI-powered strategies designed to boost search rankings, enhance website performance, and generate more qualified leads.
ABOUT INTERNET DIGITAL MARKETING (IDM)
Internet Digital marketing (IDm) provides a full spectrum of digital marketing solutions that integrate strategy, content, and technology, including AI-driven search optimization.
For more Information: 4idm.com
SIEMENS DIGITAL INDUSTRIES
SOFTWARE
Designcenter Solid Edge 2026 Enhances Design and Manufacturing Workflows
The redesigned vertical command bars in Designcenter Solid Edge 2026 offer enhanced customization and control over the user workspace. This improvement allows engineers to tailor their tools for increased productivity.
Designcenter Solid edge 2026 is the latest release of Siemens' CAD software, now integrated into the broader Designcenter suite alongside NX. This integration aims to provide a unified ecosystem built on the Parasolid kernel, focusing on performance, flexibility, and intelligent automation across the design process. The 2026 release emphasizes adapting to modern engineering workflows, supporting hybrid environments that allow users to work on desktop, in the cloud, or a combination of both. This approach is intended to provide fast, secure, and collaborative capabilities for engineering teams.
Key features of Designcenter Solid edge 2026 include AI-powered productivity enhancements, cloudenabled flexibility through Designcenter X Solid edge, and improvements to modeling and manufacturing tools. The software incorporates AI in areas such as assembly, drawing generation, and user assistance. Designcenter X Solid edge facilitates remote work and real-time collaboration. enhancements to part modeling, sheet metal design, and manufacturing tools aim to reduce manual steps and improve manufacturability. A new Walkthrough command provides an immersive design exploration experience. Customization options
include a Dark Theme, cloud-synced preferences, and flexible licensing.
Specific technical features include:
» magnetic Snap Assembly: AI-driven automatic constraint application for component placement.
» AI-powered Automatic Drawing Generation: Creates 2D drawings with intelligent view placement, dimensioning, and template selection.
» AI Copilot: Provides real-time assistance, tips, and guidance to users.
» value-based Licensing: Token-based system for unlocking advanced capabilities on demand.
» Walkthrough Command: First-person perspective navigation within assemblies.
Designcenter Solid edge 2026 is designed to improve engineering productivity, streamline design processes, and enhance collaboration. The AI-powered features aim to reduce manual effort and improve accuracy in tasks such as assembly and drawing creation. Cloud-enabled flexibility allows teams to work from various locations and access designs in real time. manufacturing enhancements support a smoother transition from design to production. The software also offers customization options to tailor the user experience to individual preferences.
For more Information: siemens.com
CIMDATA, INC.
Benchmarking AI in PLM: Launch of Global Study
CImdata, Inc. has announced a free webinar to launch its global study on the adoption of Artificial Intelligence (AI) across product development. The webinar, scheduled for November 20, 2025, will introduce the methodology and scope of a multi-track research program designed to establish an authoritative baseline on AI implementation within Product Lifecycle management (PLm). The study aims to address the current lack of objective, fact-based data available to industrial organizations for understanding AI applications in PLm. This research will survey industrial companies, software providers, and system integrators to provide neutral benchmarks for guiding AI strategy across the PLm ecosystem.
The webinar will preview the metrics and key issues the study will investigate, covering adoption patterns, benefits, challenges, and investment priorities. CImdata's research approach will focus on delivering fact-based industry benchmarks. Attendees will learn how to contribute their company’s perspective through the survey and obtain the final results. The study will provide deliverables ranging from executive summaries to analytical reports, enabling participants to translate data into actionable insights for their AI strategy and planning decisions.
The research is designed to be valuable to a broad spectrum of leaders, including engineering and product development leaders planning or implementing AI initiatives; PL m , digital transformation, and innovation executives developing long-term AI strategies; IT and technology leaders evaluating AI-enabled PL m solutions; and software and service providers tracking market trends. The study will investigate questions such as:
» Current adoption rates of AI in various PL m processes
» Specific AI technologies being utilized (e.g., machine learning, natural language processing)
» Quantifiable benefits achieved through AI implementation (e.g., reduced design cycle time, improved product quality)
» Challenges encountered during AI adoption (e.g., data integration, skills gap)
» Investment priorities for future AI initiatives in PL m
The Integrated machine Analytics (ImA) C70 Adapter is a solution designed to provide real-time remote monitoring and diagnostics of CNC machine data. Compliant with mTConnect standards, the adapter facilitates integration with supported mTConnect client applications, enabling users to remotely monitor, collect, and visualize equipment status.
The Im A C70 Adapter is designed for use with mitsubishi electric’s C70 control platform, a rack-based system suited for large-scale, high-speed manufacturing environments. o nce installed, the adapter communicates real-time system data to the mTConnect agent, translating it into the mTConnect format for graphical and numerical display in the client application.
The Im A C70 Adapter is applicable in industries such as automotive, aerospace, industrial machinery, electronics, and metalworking. The system requires:
» A Windows 8 or newer PC
» A direct ethernet connection
» A mitsubishi electric C70 Series NC
For more Information: us.mitsubishielectric.com
The iQ Rack with CNC CPU, part of Mitsubishi Electric's C70 control platform, is shown.
TOOLING AND WORKHOLDING
Precision in Action
Tooling and Workholding is the cornerstone of precision manufacturing, ensuring that materials are securely held and processes are executed with unparalleled accuracy. This section highlights the latest innovations in clamps, chucks, collets, and magnetic workholding, alongside advancements in rotary tables, toolholders, and modular fixturing systems. Together, these solutions enable manufacturers to achieve repeatability, reduce setup times, and enhance overall productivity.
From versatile milling and turning tools to specialized threading and gear-cutting instruments, this category delves into the diverse range of equipment designed to meet the unique demands of every operation. Whether exploring robotic end-effectors for automation or custom fixtures for intricate designs, Tooling and Workholding underscores the critical role these components play in driving efficiency and precision across the manufacturing spectrum.
Precision Unleashed: New 2x2 CNC Redefines Desktop Machining
Anew desktop CNC machine from Axiom Precision promises to deliver professional-grade power and an enhanced user experience to workshops of all sizes. Designed for makers who demand precision, power, and ease of use, the new machine aims to provide a complete solution, eliminating the need for separate router or spindle purchases and installations.
The Axiom 2x2 CNC distinguishes itself by including a 1HP spindle and accompanying software, enabling users to begin working immediately. This integrated approach removes the hidden costs and complexities associated with sourcing and installing individual components.
"We heard our customers loud and clear: they want to spend less time building their machine and more time building their projects," said
Jimmy Uttley, Director of Product
management
(Woodworking). "o ur goal with this machine was to eliminate every barrier to entry. We’ve designed a complete system that includes everything a user needs— from the spindle to the software, so they can unbox, plug in, and start creating immediately.”
The machine boasts several key features designed to enhance performance and user experience:
» Complete, all-in-one package, eliminating the need to source compatible parts separately.
» rolled ball screws on all axes for enhanced rigidity, precision, and durability.
» Travel speeds up to 200 IPm for faster job completion while maintaining accuracy.
» Stable construction to minimize vibration and ensure smooth cuts, even on demanding materials.
» Accuracy of +/- 0.006" for professional-grade results.
» Compact footprint suitable for small shops and home garages.
» 5.5" Z-axis travel for increased versatility and the ability to work with thicker materials.
The use of rolled ball screws, rather than common lead screws, across all axes is a significant design choice. This provides superior rigidity, contributing to the machine's overall precision and durability. The machine's ability to maintain accuracy at travel speeds up to 200 IPm allows users to increase their workflow without sacrificing the quality of their finished products.
Despite its robust capabilities, the Axiom 2x2 CNC maintains a compact footprint, making it suitable for environments where space is limited. This combination of power and size makes it a versatile tool for a wide range of applications.
Jay misas, Sr. Product manager, emphasizes the machine's ability to deliver professional-level results. “We’re delivering a machine that offers superior accuracy and repeatability in a compact footprint, loaded with features typically found on large, more expensive CNCs,” misas explains. “Featuring precision rolled ball screws and linear prismatic guides on all three axes, a 1 HP spindle, and mDF spoil boards, users have everything they need to tackle any project right out of the box.”
ABOUT AXIOM PRECISION
Axiom Precision is a leading provider of CNC machines, known for its commitment to quality engineering, user-friendly designs, and dedicated customer support. by making advanced technology accessible, Axiom empowers professional and hobbyist makers to bring their ideas to life with precision and confidence.
www.axiomprecision.com
SNAP-X Deburring System for Main Bores with
Cross Holes
Heule Precision Tools introduces the SNAP-X system, designed for automated deburring of intersecting cross bores within main bores. This system, based on the Heule
The Heule SNAP-X tool, designed for automated deburring of main bores with multiple cross holes, features blades that can be quickly swapped by hand. This custom-engineered solution deburrs intersecting cross bores of varying diameters and angles in a single pass.
SNAP platform, provides a reliable solution for reducing cycle times and improving deburring consistency while eliminating secondary operations. SNAP-X deburrs intersecting cross bores, even those with varying diameters and angles, directly through the main bore in a single pass. The SNAP-X system utilizes a two-blade cutting design for forward and backward deburring. A guiding edge and gliding section are incorporated to prevent damage to the main bore during operation. blade changes can be performed manually without tools to minimize downtime. Key technical features include:
» radially supported and spring-loaded blades
» Tool body recess to prevent burrs from being pushed into the cross bore
» Custom-engineered design for specific applications
» Suitable for cross bores with different diameters and angles (up to nearly a 1:1 ratio)
The SNAP-X is suited for high-volume production runs requiring deburring of main bores with multiple intersecting cross bores. Applications include drive shafts, transmission components, and other precision machined parts where consistent deburring quality is critical. For extended length tools, adequate guidance within the main bore and a generously dimensioned chamfer are recommended.
For more Information: www.heuletool.com
WTX-UNI and WTX-Deep UNI Solid Carbide Drills Offer Universal Machining Solution
Cer ATIZIT has released its new WTX-UNI and WTX-Deep UNI solid carbide drill series, designed as a universal solution for shops requiring performance and flexibility across a range of materials. The WTX-UNI drill range is engineered to provide reliable precision drilling in steel, stainless steel, cast
GC1220 Indexable Milling Grade Introduced for Cast Iron Machining
Sandvik Coromant has released GC1220, a new indexable milling insert grade specifically engineered for machining nodular cast iron. Designed for light roughing to finishing applications, GC1220 aims to provide enhanced performance, reliability, and efficiency in both wet and dry machining environments. The insert grade incorporates an advanced nano-multilayer physical vapor deposition (PvD) coating developed using Sandvik Coromant’s Zertivo® technology.
The GC1220 insert grade features a coating comprised of a combination of TiAlN and TiSiN. This nano-multilayer coating is designed to provide a balance of edge line toughness and wear resistance. Key specifications include:
» o ptimized for nodular cast iron (K3 classification)
» Suitable for malleable and grey cast irons (K1/K2 classification)
iron, and hardened steels up to 54 HrC. This design reduces the number of drills needed for diverse applications, streamlining inventory management and improving machining efficiency.
The WTX-UNI solid carbide drill is manufactured from Cer ATIZIT’s CT-GS20Y upG r ADe carbide, a substrate made from 99-percent recycled raw materials. The drill features a patented end geometry with a convex cutting edge and a 140-degree point angle for self-centering and tool stability. A DPA74S coating and optimized flute design facilitate efficient chip evacuation, reduce jamming, and extend tool life. Specifications include:
» Diameters ranging from 3 mm to 20 mm
» Available in 3xD and 5xD lengths with or without coolant
» multiple shank styles
The WTX-Quattro variant incorporates four guide lands and is available in 5xD, 8xD, and 12xD versions, with the 8xD and 12xD designs featuring a modified 135-degree point angle for deep hole applications. The WTX-Deep UNI solid carbide drill extends the range with a drilling capability of up to 50xD. Its redesigned geometry, polished chip spaces, and four guide lands provide process reliability, drilling accuracy, and minimal hole deviation. The tool is coated with Cer ATIZIT’s DPX74-m coating. Stocked diameters range from 3 to 14 mm or 3 to 8 mm, with inch sizes available for the North American market.
The WTX drill range is suitable for manufacturers working with diverse materials and requiring both standard and deep hole drilling capabilities. The use of recycled carbide reduces the carbon footprint of the tools. each drill can be reground and recoated to its original specification, further extending tool life and conserving resources.
» Advanced P vD coating for thermal crack resistance
» Zertivo® coating technology for enhanced performance
The GC1220 is suited for a range of applications, including general machining, square shoulder milling, machining of cast component feature interruptions, operations on components with skin conditions, and applications involving complex tool paths. The insert grade is designed to deliver extended and predictable tool life, contributing to reduced downtime and increased productivity. Its performance characteristics are intended to support more efficient and sustainable production processes.
For more Information: www.sandvik.coromant.com
The new CERATIZIT WTX-Deep UNI drill is shown, highlighting its multi-level design for deep hole drilling applications. This solid carbide drill offers enhanced stability and performance in demanding machining operations.
Sandvik Coromant's GC1220 indexable milling inserts, featuring Zertivo® coating technology, are designed for enhanced performance in cast iron machining. The image likely showcases the GC1220 insert collection optimized for light roughing to finishing applications.
Standard-Direct.us
From precision machining in Ohio to robotics integration in Texas, a new era of American manufacturing is rising. It’s not nostalgia — it’s a resurgence powered by automation, innovation, and a workforce ready to lead.
Every product made here strengthens our economy, shortens supply chains, and puts quality back at the forefront. The reshoring movement is more than a trend — IT’S A TRANSFORMATION.
Whether you’re a job shop, OEM, or advanced manufacturer, now is the time to invest in American strength, reliability, and ingenuity. Let’s build the future—right here at home.
