CONTACT US
Allegheny Educational Systems
320 East 3rd Avenue
Tarentum, PA 15084
p. 800-232-7600
p. 724-230-2400
f. 724-230-2406
Local Account Mangers:
Paul Bierker
p. 800-232-7600
c. 412-559-6515
pbierker@alleghenyedusys.com
New York Metropolitan Area
Gina Scala
p. 800-232-7600
c. 201-738-2458
gscala@alleghenyedusys.com
Northern NJ and Northeastern PA
Kyle Lavieri
p. 800-232-7600
c. 570-574-0670
klavieri@alleghenyedusys.com
Southern New Jersey and Southeastern PA
Brad Chandler
p. 800-232-7600
c. 610-675-7503
bchandler@alleghenyedusys.com
Western and Upstate New York
Robert Link
p. 800-232-7600
c. 716-553-3562
rlink@alleghenyedusys.com
ABOUT US
For over 45 years Allegheny Educational Systems has provided innovative, technologybased educational systems and professional services to over 2,000 schools, colleges and universities throughout Pennsylvania, New York and New Jersey.
Through our network of manufacturing partners, we provide the most up-to-date curriculum resources, software, equipment, furniture, professional development and customer support available today, for a wide range of STEM and Career and Technical Education areas.
Allegheny’s team of factory trained technicians and sales consultants worked with LCCC (Lehigh-Carbon Community College) to design and install the new Mechatronics and Robotics Apprenticeship lab space as well as train and support the instructors as the program came on board.
CAREER CLUSTERS and CIP CODES
ARCHITECTURE & CONSTRUCTION CLUSTER:
Amatrol’s HVACR Fundamentals
Amatrol’s Fundamental HVACR Training Systems cover essential concepts and skills that aspiring technicians need for success in the thermal industry. The training systems feature real industrial components providing hands-on experience, as well as interactive multimedia eLearning curriculum to ensure comprehensive training that equally combines practice and theory.
Refrigerant Recovery & Charging Learning Systems for R-134a / R410 (T7031 & T7032)
Learning Topics: Refrigerant Fundamentals; Environmental Regulation of Refrigerants; Ultrasonic, Dye, & Halide Leak Detectors; Using Gas Pressurization or Soap for Leak Detection; Pressure & Temperature Measurement; Operation of Compound Gauges; Refrigerant Recovery & Recycling; Refrigerant Handling & Storage Procedures; Refrigerant Charging Methods and Charging Blended Refrigerants
Thermal Science Learning System (T7081)
Learning Topics: Temperature Measurement; Temperature Unit Conversion; Thermal Expansion; Enthalpy; Specific Heat; Thermal Power; Thermal Power Unit Conversion; Gas Laws; Thermodynamic Laws; Thermal Efficiency; Radiation Heat Transfer; Convective Heat Transfer; Conduction Heat Transfer; Vapor Pressure; Latent And Sensible Heat; Phase Equilibrium; Property Tables; Phase Diagrams
Steam Systems 1 Learning System (950-SH1)
Learning Topics: Steam Systems Science; Boilers; Air and Condensate Control; Pressure Control; Temperature Control; Condensate Recovery Systems; Steam Systems Performance; Thermal Expansion; Internal Energy and Enthalpy; Blowdown; Strainers; Heat Exchangers; Globe Valves
Basic Refrigeration Training System (T7045)
Learning Topics: Temperature and Pressure Measurement; Refrigeration Energy; Compressors; Heat Transfer; Phase Change Effects; Condensers and Evaporators; Metering Devices; Temperature and Pressure Control Devices; Auxiliary Refrigeration Components; Refrigeration System Performance
Combined Refrigeration Installation Learning System (T7200)
Learning Topics: HVACR Mechanical System Installation of the Refrigeration Circuit; HVACR Refrigerant Circuit Diagrams; Copper Tubing for HVACR Systems; Refrigerant Line Routing and Bending; Cutting and Preparing Copper Tubing; HVACR Fittings; Flaring and Swaging Copper Tubing; Brazing and Soldering Refrigerant Lines; Leak Testing a Refrigerant System; Copper Tubing Insulation
Geothermal Troubleshooting Learning System with Desuperheater (950-GEO2D)
Learning Topics: Desuperheater Hot Water Generation; Desuperheater Operation; Desuperheater Component-Level Troubleshooting; Desuperheater System-Level Troubleshooting; Component Troubleshooting; System Troubleshooting; Geothermal Heat Pump Systems; Geothermal Source Circuits; Closed-Loop Source Circuit Operation; Source Circuit Piping and Components; Compressors; Energy Units of Measure; Condensers; Heat Transfer; Phase Change Effects; Heat Pump Components; Heat Pump Control; Heat Pump Operation; Heat Pump System Performance; Heat Duty; Coefficient of Performance
Geothermal Flush Cart Training (95-GEO3)
Learning Topics: System Set Up; System Operation; Ground Loop Flushing; Ground Loop Purging; Charging Geothermal; Source Circuit; Pressurizing a System; Flushing Multiple Heat Pump Systems
Advanced Thermal Technology Training (96-TT2)
Learning Topics: Refrigeration System Operation; Refrigerant Types; Heat Pump System Operation; Compressors; Reversing Valves; Expansion Valves; Evaporators/Condensers; Moisture Indicators; Capillary Tube Expansion Valves; Thermostatic Expansion Valves; Automatic Expansion Valves; Dampers; Phase Diagrams; Property Tables; Thermodynamic Cycles; Thermal Efficiency; Coefficient of Performance
ARCHITECTURE & CONSTRUCTION CLUSTER:
Amatrol’s HVACR Residential
Amatrol’s HVACR Residential Learning Systems equip future technicians with essential hands-on skills for residential systems and environmental applications. Through real equipment usage and interactive multimedia eLearning, students have the opportunity to get real experience with a wide variety of concepts and components.
Residential Mini-Split Heat Pump Learning System (T7130)
Learning Topics: Mechanical Refrigeration; Mini-Split Heat Pump System Operation; Remote Controller Settings & Adjustments; Heating & Cooling Modes; LED Indicators & Communication Between Units; Power Supply Testing; Component Tests; System Troubleshooting
Air Conditioning / Heat Pump Learning System (T7082) and Troubleshooting Learning System (T7082A)
T7082 Learning Topics: Refrigeration Systems; Temperature and Pressure Measurement; Enthalpy and Combined Gas Law; Compressor Operation; Phase Change Effects; Condenser Operation and Performance; Metering Devices and Evaporators; Automatic and Thermostatic Expansion Valves; Reversing Valves and Refrigerants; Humidity Analysis T7082 Learning Topics: Troubleshooting; Temperature Measurement; Thermal Science Concepts; Thermodynamic Cycles; Refrigeration System Operation; Refrigerant Types; Heat Pump System Operation; Thermal Efficiency; Compressors; Reversing Valves; Expansion Valves; Phase Diagrams; Evaporators/ Condensers; Refrigeration Components; Property Tables
Residential Heat Pump Troubleshooting Learning System (T7100)
Learning Topics: Mechanical Refrigeration Systems; ForcedAir Residential Heat Pump Systems; Electronic Thermostat Operation; Heating and Cooling Modes; HVAC Pressure and Temperature Measurements; Subcooling Method to Determine System Charge; Heat Pump Component Tests; Residential Heat Pump System Troubleshooting
Environmental Applications Learning System (T7083)
Learning Topics: Thermal System Efficiency Analysis; Heat Load Calculation; Heat Leakage; Expansion Valve Performance; Insulation Types; Insulation Performance Analysis; Temperature Profile Calculation; Insulation Thickness Calculation; Infrared Thermometers; Humidity Analysis; Humidity Measurement; Hygrometers; Psychrometric Charts; Dehumidification; Air Velocity Measurement; Air Quality; Sunlight Effects; Humidity Effects; Internal Heat Load Effects; Air Conditioner Sizing; Heat Pump Sizing
Amatrol’s FaultPro
Computer-Based Fault Insertion Software
Amatrol’s FaultPro is the industry’s only computer-based fault insertion software designed for electronic troubleshooting training. Instructors can create tailored faults to enhance students’ skills by inserting faults into various training setups, simulating real-world troubleshooting scenarios. Students learn to diagnose issues and apply solutions using Amatrol’s training systems. FaultPro offers numeric and mastery grading methods for assessment, encouraging comprehensive learning. It’s a powerful tool that bridges theory and practical skills, ensuring students and instructors benefit from realistic training.
ARCHITECTURE & CONSTRUCTION CLUSTER:
Amatrol’s HVACR Commercial / Industrial
Amatrol HVACR Commercial/Industrial Training Systems provide comprehensive training in commercial and industrial refrigeration, emphasizing safety, flexibility, efficiency, energy savings, and preservation. For commercial use, these systems suit general public applications. Industrial refrigeration covers a wide temperature spectrum, allowing for many different applications and various forms.
T7300 Smart HVACR Controls
The HVAC Controls System, T7300, is a comprehensive training solution with features inspired by the 85-MT5 Electric Motor Control Training System. It offers a dual-sided layout with 12 panels (expandable) and incorporates built-in safety mechanisms and FaultPro computer-based fault insertion software. The system simulates 9 circuit variations and includes refrigerant simulation.
Learning Topics: Electrical Safety; Basic Wiring Schematics; Disconnects and Protective Devices; Multi-Function and Defrost Timers; Contactors and Relays; Pressure and Float Switches; Thermostats and Temperature Controllers; Control Transformers; Fan and Blower Motors; Compressor Motors; Basic Refrigeration Control Circuits; Residential HVAC Control Circuits; Commercial HVAC Control Circuits
T7400 Commercial Refrigeration Troubleshooting Learning System
Amatrol's Commercial Refrigeration Troubleshooting Learning System (T7400) teaches students how to operate and troubleshoot commercial refrigeration systems, including those systems used in commercial air conditioning, refrigerated display cases, walk-in coolers and freezers, and more. Features include built-in data aquisition, Smart Defrost, FaultPro, 2 types of Expansion, 3 sight glass locations, 2 evaporators, and suction line pressure regulator valve.
Learning Topics: Intro to Commercial Refrigeration; Semi-Hermetic Compressors; Smart Commercial Refrigeration Control; Ethernet and Wi-Fi HVACR Communications; Electric Expansion Valves; Multi-Evaporator Refrigeration; Defrost Control; Mechanical Component Troubleshooting; Electrical Component Troubleshooting; Systems Troubleshooting
T7500 Commercial Refrigeration Learning System
Amatrol’s T7500 Commercial Refrigeration Learning System offers comprehensive training, encompassing VFD control, Ethernet data acquisition, FaultPro (PC required) with a Toolkit, water flow meters, chillers, water-cooled and air evaporators, stepper motor control, defrost techniques, thermistor and pressure transmitter usage.
Learning Topics: Industrial Refrigeration; Semi-Hermetic Compressors; Water-to-Air Refrigeration Systems; Smart Refrigeration Controls; Ethernet and Wi-Fi Communications; Defrost and Hot Gas Bypass; VFD Operation; Basic VFD Control; Chiller Systems; Multi-Zone Industrial Refrigeration; Mechanical Component Troubleshooting; Electrical Component Troubleshooting; Systems Troubleshooting
Flatbed Printers
Printers and Cutters
VersaOBJECT MO-240 Benchtop UV Flatbed Printer
Make your mark with high-quality, vibrant graphics on the new Roland VersaOBJECT MO-240. Customize a variety of substrates and threedimensional objects, including metal, plastic, glass, wood, canvas, vinyl, paper, and more. The MO-240 can customize materials up to 8.03 inches in height, including cylindrical items with the optional Rotary Rack attachment.
Roland Vinyl Cutters
VersaStudio BN-2 Series Printer/Cutters
The new BN2-20 and BN2-20A build upon the impressive features that made the original BN the best-selling desktop print and cut device on the market, plus now offer a full solution with included design software, and many other enhancements.
The next-generation BN2 Series offers the same great image quality, versatility, and affordability, plus significantly faster print speeds, improved contour cutting, additional efficiency and convenience features, a new space-saving design, frontloading inks and media, and more.
TrueVis VG3 and SG3 Series Printer/Cutters
Designed for both novice and advanced users, the TrueVis VG3 and SG3 series printer/cutters offer all the quality and versatility of a Roland, at unbeatable prices. Available in 30", 54" and 64" models.
Offering plug-and-play ease, technological sophistication, compact convenience, and the reliability you expect from Roland, these high performance vinyl cutters accelerate your ability to create professional signs, displays, vehicle graphics, decorated apparel and window tinting. Each comes with all the hardware and software you need to get started immediately — right out of the box. Available models include: CAMM-1 GR2 Series Large Format Cutters, GS2-24 Desktop Cutter, and CAMM-1 GS-24 Desktop Cutter
ARTS & COMMUNICATIONS CLUSTER:
10.0399 GRAPHIC COMMUNICATIONS, OTHER
UCJV300-75: 31.4 in (800 mm)
Maximum Print Width
Dimensions (W x D x H)
UCJV300-107: 42.9 in (1,090 mm)
UCJV300-130: 53.6 in (1,361 mm)
UCJV300-160: 63.4 in (1,610 mm)
Mimaki UV-LED Printers
UCJV300 Series UV-LED Printer/Cutter
UCJV UV-LED print-and-cut devices deliver an amazing array of applications that are instantly dry, making it possible to laminate and/or print/cut immediately after printing. Unique multi-layer printing produces innovative graphics for backlit applications while advance printing and precision cutting enables you to produce signs, posters, banners, labels, decals and more.
UCJV300-75: 82.3 x 30.6 x 58.1 in (2,090 x 776 x 1,475 mm)
UCJV300-107: 93.7 x 30.6 x 58.1 in (2,380 x 776 x 1,475 mm)
UCJV300-130: 104.3 x 30.6 x 58.1 in (2,650 x 776 x 1,475 mm)
UCJV300-160: 114.2 x 30.6 x 58.1 in (2,900 x 776 x 1,475mm)
Mimaki Eco-Solvent Printer/Cutters
CJV150 Series Printer/Cutters
Weight
The CJV150 Series of high-speed cut-and-print devices deliver an amazing array of applications in a light production environment. Ecosolvent inks in a variety of colors and advanced printing technologies plus precision cutting capability enables you to print signs, posters, banners, labels, decals and even T-shirt transfers. Also available with dye-sublimation inks.
CJV150-75: 31.4 in (800 mm)
CJV150-107: 42.9 in (1,090 mm)
CJV150-130: 53.5 in (1,361 mm)
CJV150-160: 63.3 in (1,610 mm)
CJV150-75: 77 x 28 x 55 in (1,950 x 710 x 1,400 mm)
Dimensions (W x D x H)
CJV150-107: 89 x 28 x 55 in (2,260 x 710 x 1,400 mm)
CJV150-130: 99 x 28 x 55 in (2,510 x 710 x 1,400 mm)
CJV150-160: 109 x 28 x 55 in (2,770 x 710 x 1,400 mm)
UCJV300-75: 31.9 in (810 mm)
UCJV300-107: 43.3 in (1,100 mm)
UCJV300-130: 54.0 in (1,371 mm)
UCJV300-160: 63.8 in (1,620 mm)
UCJV300-75: 317.5 lbs (144 kg)
UCJV300-107: 354.9 lbs (161 kg)
UCJV300-130: 390.2 lbs (177 kg)
UCJV300-160: 414.5 lbs (188 kg)
CJV150-75: 31.8 in (810 mm)
CJV150-107: 43.1 in (1,100 mm)
CJV150-130: 53.9 in (1,371 mm)
CJV150-160: 63.7 in (1,620 mm)
CJV150-75: 278 lbs (126 kg)
CJV150-107: 313 lbs (142 kg)
Weight
Mimaki Heat-Assist Laminator
LA-160 Laminator
CJV150-130: 346 lbs (157 kg)
CJV150-160: 370 lbs (168 kg)
The LA-160 laminator provides a superior finish for any application.This heat assisted device improves overlaminate film adheision, particularly to surfaces printed with UV-LED ink, and reduces the potential for silvering effect created by pressure sensitive overlaminates.
Epilog Laser Engravers/Cutters
High precision, infinite flexibility and immediate results. Schools around the world are discovering what a powerful and time-saving tool a laser can be. Lasers cut and engrave a wide variety of materials and provide an invaluable tool for education. The laser process can incorporate industrial design, artistry, and woodworking skills. It can increase a student’s ability to think critically while developing creativity.
C.I.P. 50.0402 COMMERCIAL & ADVERTISING ART
C.I.P. 10.0399 GRAPHIC COMMUNICATIONS, OTHER
BOFA Fume Extractors
BOFA’s range of 3D PrintPro and ADVANTAGE fume extractors for laser engraving systems are designed for applications that generate particulate and gaseous volatile organic compounds (VOC’s) within the 3D printing and laser engraving applications. BOFA Fume Extractors ensure these hazardous particles and fumes are captured and filtered out before the cleaned air is recirculated back into the production environment.
Reasons for investing in fume and dust extraction include:
Helping comply with legislation
Helping to protect the health & safety of workspace occupants
Keeping applications running, with minimal downtime
Kern Laser Systems Large Format Engravers/Cutters
The Kern product line of CO2 and Fiber Laser Systems includes six different CO2 or Fiber laser cutters and engravers. Each laser comes in a variety of table sizes and wattages giving you the capability to process everything from plastics and leather to natural stone and stainless steel.
Get to know Kern Lasers:
• OptiFlex high performance, large-format CO2 laser cutting and engraving system
• EcoFlex entry-level, large format laser cutting and engraving system
• LaserCELL high-performance, Class I (enclosed) CO2 laser cutting and engraving system
• FiberCELL compact sheet metal fabricating fiber laser system
• OptiDual CO2 laser system features a dual laser capable of high-production cutting
• MICRO small format laser system that can be equipped with the same powerful CO2 lasers as Kern's large format models
BOFA offers a portfolio of scalable units for all your Additive Manufacturing, 3D Printing and Laser coding, marking, cutting, and engraving needs.
Kern Laser Systems feature a flat open surface that allows access from all sides of the table, making loading and unloading of material simple and giving you the freedom to switch from job to job efficiently
Forest Scientific Corporation
MANUFACTURING CLUSTER:
C.I.P. 48.0703 CABINETRY & MILLWORK
Forest Scientific Corporation manufactures high-quality CNC Routers, Mills & Lathes, and Plasma Cutters that are the perfect choice for your school. Made right here in the USA and made to last, each machine has precision THK linear ways and bearings to ensure stability; welded steel frames and structural aluminum to ensure alignment over time; and powerful stepper & servo motors to increase reliability and high resolution on each pass.
They are designed to be updated inexpensively as technology changes and all machines use industry standard Fanuc-style G&M codes from CAM packages such as Mastercam, Surfcam, Edgecam, Vcarve, Fusion 360, SolidWorksCam and more.
To ensure that you have successful results, Forest Scientific offers on-site training as well as Project Based Learning curriculum and tutorials with written and video modalities for teachers and students.
Invest with confidence knowing that you have purchased a Forest Scientific CNC system that is of high quality, well supported, and ensures your success in teaching marketable skills.
Available products include:
• FabBot Series Routers and Plasma Cutters - Created for home shops and schools on a very limited budget
• Convert-A-Table Plasma Cutter/Routers - Easily changes from a CNC Router to a CNC Plasma Cutter
• Maker-Fab Series Routers and Plasma Cutters - Cost effective, heavy duty machines
• HS Series Router and Plasma Cutters - Standard model for education and small shop
• BT Bench Top Series CNC Router - Great for tight budgets and tight spaces like shops that are upstairs or through narrow hallways
• The LuthierMax Series Guitar Making CNC Routers - Designed in collaboration with engineers from Fender Guitars and www.guitarbuilding.org
• The Mitey Series - Machines for educational training, prototyping, design, and production worldwide
MANUFACTURING CLUSTER:
Amatrol – Industrial Maintenance & Mechatronics
Amatrol Delivers Total Learning Solutions for Advanced Manufacturing!
“Your Success is Our Success” is the philosophy and commitment to all of Amatrol’s customers. They provide total learning solutions for the ever growing critical problem of skill shortages in manufacturing. You will find that their many learning systems cover the full range of needed skills – from basics to advances across pretty much every technology used in industry today. Their focus is job ready and they provide the tools you need to make that happen.
Key Features:
• Highly Demanded Industry Skills: Hands-On, Job-Ready
• Individualized Self-Paced or Group Learning Flexibility
• Extensive Curriculum Spanning Basics Through Advanced
• Authentic Industrial Troubleshooting
• Durable, Industrial Equipment Designed for Effective Teaching
• Superior Multimedia Interactivity Connects With Learners
• eAssessment to Accelerate Learning, Improve Effectiveness
• Learning Anywhere, Anytime – 24 x 7
• Computer Based Training (CBT) with Amatrol’s eAssessment (available via the web)
Multimedia
Genuinely interactive multimedia with vivid 3D graphics designed to teach as well as engage, checking for understanding and providing feedback- not the common quiz question so often claimed as “interactive.” Frequently includes virtual skills that allow students to perform the same activities in simulation they would with hands-on equipment. Available via the web or to own.
Curriculum & Assessment
Comprehensive Curriculum For Individual Self-Paced or Group Learning Flexibility Curriculum is, indeed, the key to learning. Great equipment alone is not enough. Excellent teaching materials is their promise and commitment to you.
Key Industry Skill Areas Integrated Into Amatrol’s Learning Solutions:
• Foundation Skills
• Problem Solving & Analysis
• Troubleshooting
• Operation
• Turning & Adjustment
• Installation
• Maintenance & Repair
• Application
Electrical
• AC/DC Electrical
• Motor Controls & VFD’s
• Power Distribution & Wiring
Fluid Power
• Basic Hydraulics & Pneumatics
• Advanced Fluid Power
• and Troubleshooting
Smart Factory
• Robotics
• PLC’s
• Mechatronics
Mechanical
• Mechanical Drives
• Vibration Analysis
• Laser Alignment
Electronics
• AC/DC Drives
• Power & Control Systems
• Motion Control
MANUFACTURING CLUSTER:
MSSC – Manufacturing Skills Standards Council
Certifying the Industrial Athelete of the Future
The Manufacturing Skill Standards Council, a 501(c)3 nonprofit, is an industry-led training, assessment and certification system focused on the core skills and knowledge needed by the nation’s front-line production and material handling workers. The nationwide MSSC System, based upon industry-defined and federally-endorsed standards, offers both entry-level and incumbent workers the opportunity to demonstrate that they have acquired the skills increasingly needed in the technologyintensive jobs of the 21st century.
Amatrol – Skill Boss Manufacturing
Performance-Based Assessment & Hands-On Training
Allegheny Educational Systems provides the MSSC Student eLearning Curriculum and Instructor Authorization Training for the following certifications:
Certified Production Technician (CPT 4.0):
• Safety
• Quality Practices & Measurement
• Manufacturing Processes & Production
• Maintenance Awareness
• Green Production
Certified Logistics Technician (CLT):
• Foundational-Level Associate Certificate (CLA)
• Mid-Level Technical Certification (CLT)
Skill Boss provides the tool you need to teach or evaluate an individual's skills as they install, adjust, & troubleshoot components on this fully functional mechatronics system, applicable to both discrete parts & process manufacturing.
Designed to meet MSSC standards, Skill Boss is a hands-on skill training & assessment system that integrates seamlessly into any manufacturing program and is required for CPT Plus certification.
Amatrol – Skill Boss Logistics
Supply Chain Automation Training & Assessment
Amatrol’s Skill Boss Logistics offers performance-based assessment for evaluating the skill levels and competencies of future supply chain automation technicians.
This system is a working automated distribution system that performs real-world operations, such as package tracking, automatic package queuing and priority release, electropneumatic sorting and much more!
Required for three of MSSC’s Certified Technician
Supply Chain Automation (CT-SCA) certifications:
• Equipment Maintenance (CTSCA-EM)
• Equipment Repair (CTSCA-ER)
• Network Repair (CTSCA-NR).
MSSC Supply Chain Certifications
Certified Technician - Supply Chain Automation (CT-SCA)
The MSSC’s CT-SCA Certification is a nationally portable, industry-led, training and certification system developed through a partnership with the National Center for Supply Chain Automation (NCSCA), Material Handling Industry (MHI), Material Handling Distributors Association (MHEDA), Amatrol, and NOCTI Business Solutions.
It will enable both students and incumbent workers to gain the skills needed to meet the definition of a supply chain automation technician: a technician who installs, operates, supports, upgrades, or maintains the automated material handling equipment and systems which support the supply chain. This program will enable certificants to earn the 3 prestigious industry recognized certifications mentioned above.
Key benefits to offering the MSSC certifications to students and employees include:
• Availability nationwide
• Nationally accredited
• Federally recognized
• Always up to date
• Time and cost-effective for students
• Articulates between high schools and colleges
• Easily integrated into apprenticeship and internships
• Customizable at the community level
• Improved employee performance and retention
• Reduced recruitment and training costs
MSSC Logistics Certifications
Certified Logistics Associate and Technician (CLA & CLT)
The purpose of the Certified Logistics Technician (CLT) certification program is to recognize through certification, individuals who demonstrate mastery of the core competencies of material handling at the front-line (entry-level to front-line supervisor) through successful completion of the certification assessments. The goal of the CLT certification program is to raise the level of performance both to assist the individuals in finding higher-wage jobs and to help employers ensure their workforce increases the company’s productivity and competitiveness.
The CLT program consists of two parts:
• Foundational-Level Certified Logistics Associate (CLA) Certificate
• Mid-Level Technical CLT Certification (CLT)
Smart Automation Certification Alliance
Smart Automation Certifications - Industry 4.0
SACA's Smart Automation Certifications use a modular structure to enable them to fit a wide range of individual needs, industries, and educational environments. The SACA "Micro-Certifications" provide high school and C.T.E. students the ability to achieve industry recognized credentials before they graduate.
SACA offers certifications in three categories: Associate, Specialist, and Professional. Each certification is stackable allowing individuals to start with one certification and add other certifications to customize their documented skills. Certifications are occupationally focused so they prepare individuals for specific occupations in the world of Industry 4.0.
Amatrol Portable Smart Sensor Learning Systems
Amatrol’s Smart Sensor Learning Systems empower Industry 4.0 students to learn with real-world, data-rich Smart Sensors. These portable systems offer quick setup, easy implementation, and diverse sensor training. Smart Sensors transmit data through IO Link Master and Ethernet to PLCs, enabling enhanced productivity, quality, safety, cost management, predictive maintenance, and informed decision-making.
Smart Machine Sensor (990-SD10)
This system encompasses smart capacitive, inductive, photo, ultrasonic sensors, and more. Students learn Industry 4.0 skills, covering topics like IIoT, cloud computing, sensor configuration, and RFID operations.
Smart Process Sensor (990-SD20)
The 990-SD20 teaches smart process sensors, including analog pressure, electromagnetic flow, ultrasonic level, and point level sensors. Students learn about the Industrial Internet of Things (IIoT), cloud computing, and process control applications.
Smart Manufacturing (990-SM10)
The 990-SM10 provides hands-on training in Smart Manufacturing and Industry 4.0 technologies. This system covers smart manufacturing principles, incorporating wired and wireless sensors, PLCs, edge gateways, and cloudbased solutions.
Amatrol – Smart Factory
Amatrol's "Smart Factory" is a fully connected and flexible manufacturing system that connects its physical systems, operational information, and human assets to control manufacturing, maintenance, inventory, and supply chain operations. Amatrol's in-depth curriculum teaches all aspects of smart factory maintenance and operation in a self-directed, interactive format.
Amatrol – VR/Digital Twin Smart Factory
The VR Smart Factory creates a digital twin of Amatrol’s three cart Mechatronics training system. Using a Meta Quest VR headset, learners become familiar with the system’s operation and how to perform basic adjustments. These virtual exercises shorten the learning curve by preparing students to work on a physical training system. Multiple users and/or multiple headsets gives instructors the flexibility to create a unique virtual learning experience or tailor trainings to accommodate spatial and accessibility limitations.
Amatrol – Tabletop Mechatronics
Amatrol's Tabletop Mechatronics is a portable, durable, affordable learning system that forms a fully automated line to teach real-world Mechatronics skills. The learning system features a pick-and-place, gauging, and inventory station, all of which fit on a standard tabletop. Mechatronics is an integral part of the automotive, pharmaceutical and chemical industries, just to name a few.
Amatrol – Smart Robotic Logistics
Palletizing Work Cell
Manufacturers are increasingly turning to smart technology to automate more of their processes. This includes using smart robots to de-palletize and palletize anything from raw materials for production to finished goods for packaging and shipping.
The Smart Robotic Logistics Palletizing Work Cell teaches students how to operate, program, maintain, and troubleshoot a robotic palletizing workcell, providing all of the components students need to practice real-world hands-on skills that are necessary to operate a robotic palletizer workcell.
MANUFACTURING CLUSTER:
Amatrol – e-Learning
Interactive Technical Skill Development, Hands-On Virtual Simulators!
Amatrol’s e-Learning program meets the challenge for flexible technical training by offering superb technical content depth as well as breadth, strong interactivity for skill development, and excellent assessment and student tracking through an intuitive, easy-to-use web portal.
With 24 x 7 access, Amatrol’s e-Learning program creates easy access to educational opportunities for technical skill development previously restricted to the classroom. The material is self-paced, making it ideal for individual use, traditional class settings, or a blended approach. Amatrol’s proven curriculum is problem-solving oriented and teaches technical skills in a wide range of industriallyrelevant technologies.
e-Learning Training Topics:
Amatrol – e-Assessment
Identify Employee Skill Gaps for More Efficient Training
Amatrol’s eAssessment revolutionizes technical assessment and training by individually determining a learner’s skill level in specific areas. This assessment prevents training overlap, which dramatically improves training effectiveness and reduces invested time and cost.
Assessments Available In:
DAC WORLDWIDE
Premium Industrial & Assessment Solutions
MANUFACTURING CLUSTER:
For over 35 years, DAC Worldwide has been a US-based leader in training solutions for a wide range of task-based technical skills. DAC Worldwide is commited to crafting realistic, hands-on industrial equipment and training systems designed to teach specialized skills for various industries.
TRAINING SYSTEMS
Designed to provide a realistic, hands-on learning experience in a variety of industrial sectors, DAC Training Systems are built with full-size, industrial-quality components.
Technical Topics include: Electrical/Electronics, Heat Transfer and Steam, Mechanical Drive Systems, Process Control & Instrumentation, and Pumps, Compressors & Valves. NEW Lock-Out/Tag-Out Training Systems are available!
DISSECTIBLES
Offer learners realistic, first-hand visualization into disassembly, inspection, and reassembly of various industrial components.
Technical Topics include: Electrical/Electronics, Heat Transfer & Steam, Mechanical Drives, Oil Production, Process Control & Instrumentation, and Pumps, Compressors & Valves
MODELS
Detailed, to-scale models that depict various industrial machines that are looselybased on common equipment by popular industry leaders.
Technical Topics include: Heat Transfer & Steam, Mechanical Drives, Oil Production, Process Control & Instrumentation, and Pumps, Compressors & Valves
SAMPLE BOARDS
Sample boards offer valuable maintenance training in the identification and selection of a variety of industrial components.
Technical Topics include: Electrical/Electronics, Machining & Measurement, Mechanical Drives, and Pumps, Compressors & Valves
CUTAWAYS
Industrial real-world components that have been restored, cut away, and refinished to expose each device's primary components.
Technical Topics include: Electrical/Electronics, Fluid Power, Heat Transfer & Steam, HVAC, Mechanical Drives, Oil Production, Process Control & Instrumentation, and Pumps, Compressors & Valves
MANUFACTURING CLUSTER:
NEW!
Niryo Ned2 Collaborative Robot
Discover robotics with the Niryo Ned2 Collaborative Robot. The Ned2 is a compact 6-axis robotic arm inspired by industrial robots and ideal for education, research and prototyping. Easily set up and programmable, beginners will be on their way to exploring the world of robotics within minutes. Robotic experts can apply Python programmation to unlock more capabilities. Available à la carte or in Classroom Packs, Niryo Collaborative Robots will inspire your students to explore the future of industry and robotics.
Empower the Future with Robotics
The Ned2 is a compact desktop 6-axis collaborative robot based on ROS, Robot Operating System. Ideal for secondary education, vocational schools, universities, community colleges, training centers, and Industry 5.0, the Ned2 provides a great opportunity to teach programming, mechanical engineering, control theory and more.
Classroom Packs
Robotics for Everyone
The Ned2 robot is accessible to beginners through Niryo Studio, a free software that works with Windows, MacOS, and Linux. This platform allows users to connect to the robot, monitor hardware statuses, set up various workspaces, and utilize accessories. It also introduces Blockly code, enabling users to create loops, use variables, and perform mathematical operations, with additional features like object detection AI provided by the Vision-Set.
As users' skills progress, they can explore the Ned2’s advanced functionalities using two integrated Python APIs, which allow direct coding in Python without the need for ROS topics and services. The robot also supports a variety of additional APIs, including Matlab for automation control theory, Arduino for remote control via a Raspberry Pi, Modbus TCP for integration into existing PLC networks, and support for other programming languages through its TCP IP server.
Productive Robotics
Powerful and Smart, OB7 is the Truly Collaborative Robot for Learning Automation
OB7 collaborative robots move similarly to the human arm with seven joints, or axes, one meter reach and the ability to lift 5kg or 11lbs. OB7 is able to maneuver into tight spaces and can easily adapt to your existing manufacturing environment. With it’s safe design, OB7 can work with humans as a work assistant or independently on any number of precise tasks.
Designed and produced in the USA, the OB7 opens a whole new range of automation opportunities, including machine tending and operation, product assembly, applying adhesive, installing screws, welding, painting, packaging and material handling.
Productive Robotics Blaze Welding Systems
Productive Robotics' Blaze welding systems, the Blaze Welder, Blaze Duo - Dual Station Robotic Welder, and Blaze LF - Large Format Robotic Welder provide all-in-one robotic solutions for high production welding. With unmatched 7-axis maneuverability, built-in components such as fume extraction and LED lighting, and unlimited weld complexity, the Blaze series will increase productivity starting on day one . Each system comes with an Blaze Welding Robot and dedicated "no-programming" welding software, making automation simple, fast, and convenient.
OnRobot End-Effectors for Collaborative Robots
Now you can equip your labs robot with a wide variety of "Plug-and-Produce" EndEffectors for your collaborative and light Industrial robot applications.
Choose between various combinations from OnRobot, making it quick and easy to customize your robot to ever changing applications in your lab. You can also add the OnRobot Compute Box and I/O tester demo board to your end-effectors for lab simulation, allowing students to carry out proof of concept exercises without needing to take the robot off-task or tie up a workstation being used!
MANUFACTURING CLUSTER:
TECHNOLOGY/TECHNOLOGIST
PCNC 440 CNC Milling Machine
770M CNC Milling Machine
The Tormach 770M is indispensible for prototyping, light production, education, and hobbyist applications. Cut a full spectrum of materials – from titanium to plastics with the 770M. These capable CNC Mills work with any CAD/CAM software, making it easy to get up to speed and cutting sooner.
TRAVELS
X-Axis 14 in. (356 mm)
Y-Axis 7.5 in. (191 mm)
Z-Axis 13.25 in. (337 mm)
Turn your classroom, shop, or studio into a machine shop with the Tormach PCNC 440 CNC Milling Machine. This compact CNC is ideal if you’re short on space but big on creativity. Constructed with a cast iron frame and table, this benchtop mill will be a sturdy and economical addition to any space.
TRAVELS
X-Axis 10 in. (254 mm)
Y-Axis 6.25 in. (159 mm)
Z-Axis 10 in. (254 mm)
8L CNC Lathe
Have you wanted to incorporate turning into your shop setup? Make it a reality with Tormach’s 8L CNC Lathe. The 8L Lathe is an affordable and approachable lathe that allows any user to quickly machine parts without advanced CNC training. Users can easily create prototypes and proof their concepts and designs rapidly while maintaining control of all phases of their project iterations. And with the intuitive CNC controller PathPilot, novices new to lathe machining can learn how to use the machine while slowly easing into CNC modes of operation.
WAZER and WAZER Pro Waterjets for any Shop. And any Budget.
Bring professional-grade fabrication to your workshop with the WAZER and WAZER Pro waterjet cutters. WAZER waterjets cut a wide variety of materials with digital precision, giving you the ability to create custom parts on demand without outsourcing.
Traditionally, waterjet cutters have been out of reach for the individual or small business because of the high cost and massive size of the machines. WAZER’s compact size fits into any work space and is ideal for cutting custom parts. Cut metal, glass, ceramic, composite, plastic and rubber safely and quickly. WAZER waterjets are simple to use and easy to set up. Operating without heat or fumes – there’s no need for ventilation when operating your WAZER. Simply connect your WAZER to standard electricity, water source, and drain and you’re ready to cut.
Introducing the WAZER Pro
The newest, most powerful waterjet from WAZER
Designed with power, productivity and ease of use in mind, the new WAZER Pro ensures efficient operation with minimal maintenance. With 2.1 kW of hydraulic power, the WAZER Pro cuts fast, and is powerful enough to cut aluminum up to 1″ thick and steel up to 3/8 inch thick. Enjoy up to 90 minutes of continuous cutting, and benefit from features like automatic abrasive collection and magnetic drain filters that simplify cleanup and protect the collection system.
(integrated into main unit)
MANUFACTURING CLUSTER:
C.I.P. 15.1301 DRAFTING & DESIGN
TECHNOLOGY/TECHNICIAN
Creaform 3D Scanners
Discover Creaform ACADEMIA, a brand-new solution suite for teachers looking to educate and inspire using metrology. Addressing the inherent realities of the academic world, it fosters experienced-based learning and development using tools widely used in Industry 4.0, allowing you to enhance your curricula and better prepare students for their careers ahead.
The solution suite includes the Creaform professional-grade ACADEMIA 3D scanner, free application software, and complimentary add-ons tailored to get you started with industrial 3D measurement technologies. Achieve the highest level of quality teaching possible—all while taking advantage of the latest innovations on the market and not breaking the bank with Creaform ACADEMIA.
Creaform VXelements
3D measurement software platform and scanning solutions
VXelements is a powerful integrated 3D scanning software platform that works in complete synergy with the entire fleet of Creaform's 3D measurement solutions. It combines both aquisition and application modules into the same simple, easy-to-use interface, providing a complete solution rather than a simple measurement device alone. VXelements guarantees you superior accuracy and data quality, along with the optimal user experience, seamless interaction with your device, and the shortest time to usable mesh or 3D data everything you need to use your Creaform optical technology to its full potential
VXmodel: Scan-to-CAD Software Module
The simplest path from 3D scans to your CAD software or additive manufacturing workflow
VXinspect: Dimensional Inspection Software Module
The most intuitive and integrated 3D inspection solution
VXscan-R: Digital Twin Environment Software Module
The most intuitive programming and acquisition platform for automated 3D scanning
VXtrack: Dynamic Tracking Measurement Software Module
An accurate and repeatable tool to track multiple objects in time and space
UltiMaker S Series
Fueling innovation-driven education
The Ultimaker S Series offers endless 3D printing possibilities with its user-friendly, flexible design. Compatible with up to 280 materials and 2.85 mm filaments, it integrates seamlessly with Ultimaker Cura for enhanced workflow, including intent profiles and remote printing. Enterprise software tools provide additional control and flexibility. Regular updates keep the S Series cutting-edge, ensuring a future-proof investment.
Compatible Materials
Use UltiMaker materials, any third-party filament, or access material profiles from leading brands. Choose from these materials and more: PLA, Tough PLA, PET CF, PETG, ABS, PC, CPE, Nylon, PP, CPE+, TPU 95A
Use UltiMaker materials, any third-party filament, or access material profiles from leading brands. Choose from these materials and more: PLA, Tough PLA, PET CF, PETG, ABS, PC, CPE, Nylon, PP, CPE+, TPU 95A
UltiMaker's open filament system lets you print with any 2.85 mm filament. Compatible and optimized for over 90 materials including UltiMaker filaments: CPE, Tough PLA, ABS, CPE+, PP, Nylon, PC, TPU 95A, PLA, PVA, PETG
UltiMaker Factor 4 Accelerate 3D Printing Innovation
NEW!
UltiMaker's open filament system lets you print with any 2.85 mm filament. Compatible and optimized for over 110 materials including UltiMaker filaments: CPE, Tough PLA, ABS, CPE+, PP, Nylon, PC, TPU 95A, PLA, PVA, PETG
UltiMaker's open filament system lets you print with any 2.85 mm filament. Compatible and optimized for 9 materials including UltiMaker filaments: CPE, ABS, CPE+, PP, Nylon, PC, TPU 95A, PLA
The UltiMaker Factor 4 3D Printer delivers industrial-grade performance with reliability and precision. It excels in producing small batches, durable spare parts, and engineering prototypes. Key features include a dual extrusion direct drive print head, controlled build volume temperature, and automated material handling. Supporting over 200 materials from the UltiMaker Marketplace, including flexible thermoplastics and stainless steel, it integrates seamlessly with UltiMaker Cura and Digital Factory for efficient print preparation, secure management, and detailed process reporting. Ideal for advanced manufacturing.
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MANUFACTURING CLUSTER:
C.I.P. 15.1301 DRAFTING & DESIGN TECHNOLOGY/TECHNICIAN
Method Series
Bridging the gap between Industrial and Desktop 3D printing.
The Ultimaker Method Series stands as a specialized 3D printing solution tailored for engineering applications, delivering high-quality tools and end-use parts. Boasting an actively heated build chamber, direct drive, and robust metal frame, it enables precise 3D printing using 1.75 mm filament with engineering-grade materials. Unique features like the VECT Thermal regulation system and 6-in-1 Modular Performance Extruders enhance printing accuracy and material versatility. The 5” Capacitive Touchscreen offers intuitive controls, while Ultimaker Cloud Print™ software ensures a seamless and scalable 3D printing experience, accommodating users from individuals to large organizations with diverse needs.
ABS-R, ABS-CF
Third-party materials: Polimaker Polymax PC, Luvocom 3F PAHT CF 9891, JABIL TPE SEBS 95A
Compatible Support Materials
*Water Soluble
PLA, TOUGH, PETG, PETG ESD, PETG CF, Metal UF 316L, Nylon, N6 Carbon Fiber, N12 Carbon Fiber, SEBS 95A, ABS, ABS-R, ABS Carbon Fiber, ABS EC, ABS ESD, ABS Kevlar, ASA, Durabio, PC-ABS, PC-ABS FR, PC PBT, Polylite, Polymax PC, Polymax FR
PLA, TOUGH, PETG, PETG ESD, PETG CF, Metal UF 316L, Nylon, N6 Carbon Fiber, N12 Carbon Fiber, SEBS 95A, ABS, ABS-R, ABS Carbon Fiber, ABS EC, ABS ESD, ABS Kevlar, ASA, Durabio, PC-ABS, PC-ABS FR, PC PBT, Polylite, Polymax PC, Polymax FR
The MakerBot METHOD X Carbon Fiber Edition is a high-performance, tinker-free desktop 3D printer that produces stiff, lightweight, and heat-resistant parts in Carbon Fiber reinforced nylon. Dual extruders with water-soluble support material allow you to print carbon fiber parts in unmatched dimensional accuracy.
PLA, TOUGH, Nylon, PETG, PETG CF, Metal UF 316L, Nylon CF, Nylon 12 Carbon Fiber, SEBS 95A
With an excellent strength to weight ratio (110 MPa TS), engineeringgrade stiffness (7600 MPa Tensile Modulus), and high heat resistance under load (184°C HDT), carbon fiber reinforced nylon is ideal for structural applications and metal replacements.
Formlabs Form 4 Exceed the Speed Limit.
Introducing the Formlabs Form 4 3D Printer - a blazing fast masked SLA 3D printer that has an industry-leading materials library as well as a reliable and accurate print engine. The new streamlined workflows and exceptional reliability allow you to transform your ideas into high-quality parts faster than ever before.
The muscle behind the blazing fast speed of the new Form 4 is Formlabs’ innovative Low Force Display Print Engine, featuring high-power LEDs, precision lenses, optical filters, and a robust liquid crystal display. This system ensures swift and consistent curing of resin layers, producing parts that match design parameters precisely.
4 Steps to Fast Prints
1. PREPARE
Go from CAD to printing in minutes with just a few clicks using Formlabs free PreForm software.
2. PRINT
Monitor your prints and manage your printers from anywhere with an integrated camera, printer diagnostic tools, and free Dashboard Software.
3. POST-PROCESS
Easy, effective post processing in just fifteen minutes with quick-release Build Platform Flex, Form Wash, and Form Cure.
Interested in biocompatible materials? The Form 4B is also available.
4. FINISH
Use finished parts as they are or opt to sand, paint, coat, or electroplate them.
Compatible
Clear Cast, Open
Mode, Black V5, Clear V5, Fast Model, Grey V5, Precision Model, White V5, Color Base, Color Kit, Alumina 4N, Durable, Elastic 50A V1, Elastic 50 A V2, ESD, Flame Retardant, Flexible 80A, High Temp, Rigid 4000, Rigid 10K, Tough 1500, Tough 2000, Castable Wax, CMYKW Pigments
BEGO VarseoSmile TriniQ, Clear Cast, Open Material Mode, Black V5, Clear V5, Fast Model, Grey V5, Precision Model, White V5, Color Base, Color Kit, Alumina 4N, Durable, Elastic 50A V1, Elastic 50A V2, ESD, Flame Retardant, Flexible 80A, High Temp, Rigid 4000, Rigid 10K, Tough 1500, Tough 2000, Custom Tray, Dental LT Clear, Dental LT Comfort, Denture Base, IBT Flex, Premium Teeth, Surgical Guide, BioMed Amber, BioMed Black, BioMed Clear, BioMed Durable, BioMed Elastic 50A, BioMed Flex 80A, BioMed White, Castable Wax, CMYKW Pigments
MANUFACTURING CLUSTER:
C.I.P. 15.1301 DRAFTING & DESIGN
TECHNOLOGY/TECHNICIAN
Formlabs 3D Printers
Engineered for precision. Designed for reliability.
Formlabs 3D printers are engineered for precision and designed for reliability - offering industrial output at a desktop price. Available in SLA (stereolithography) and SLS (Selective Laser Sintering) models, these printers are extremely versatile and are capable of producing a wide variety of applications and possibilities.
Form 3+
The Form 3+ LFS (Low Force Stereolithography) 3D printing balances detail and speed, while the optical system maintains a precise, dense laser spot to ensure accurate, repeatable prints. Easy clean-up and smoother parts with tear-away light-touch supports.
Form 3L Large Format
Blaze through large parts with two custom-designed Light Processing Units (LPUs). Two lasers simultaneously build large, dense parts fast. Use two of the same resin cartridges that are used by Form 3+ to go longer without running out of resin. Switch seamlessly between 20+ general purpose and specialty resins with the cross-compatible cartridge system.
Fuse 1+ 30W 3D Printer
Designed for maximum output and minimum waste, Fuse 1+ 30W is Formlabs compact SLS 3D printer that packs an industrial punch. Unlock unprecedented print speeds and a full range of materials to deliver truly rapid prototyping and end-use part production inhouse.
The Fuse 1+ is paired with the Fuse Sift powder recovery system and Industrial Vacuum to help you safely perform part extraction, powder recovery, storage, and material mixing.
ESD, Grey, Clear, White, Black, Draft, Grey Pro, Rigid 10K, Rigid 4000, Flexible 80A, Elastic 50A, High Temp, Castable Wax, Castable Wax 40, Color Kit, Model V2
ESD, Grey, Clear, White, Black, Draft, Grey Pro, Model, Tough 2000, Tough 1500, Durable, Rigid 10K, Rigid 4000, Flexible 80A, Elastic 50A, High Temp, Castable Wax, Color Kit, Color Base, Model V2
MANUFACTURING CLUSTER:
Xact Metal 3D Printers
Accessible Metal Powder-Bed
Fusion 3D Printing
Xact Metal takes the essential specs for metal powder-bed fusion (also known as Selective Laser Melting or Direct Metal Laser Sintering) and combines them with breakthrough technology to establish a new level of price and performance for additive manufacturing. Metal Powder-Bed Fusion enables manufacturing of complex geometries with many features not readily obtainable by conventional subtractive manufacturing processes such as machining and casting.
XM200G Printer
The XM200G is tailored to users who are starting their entry into metal 3D printing in various applications, including product development, tooling manufacturing, metal powder-bed research and workforce development. The XM200G is ideal to expand the use of 3D printing in aerospace, automotive, general manufacturing, medical and other industries.
XM300G Printer
The XM300G is a highly flexible single-, dual-, or quad-laser system ideal for printing high quantities or large parts in high-performance applications where print speed is critical. A large 300 x 300 x 350 mm build volume, upgradable to 300 x 300 x 450 mm, a selection of 400W or 700W fiber lasers, and an interchangeable build platform to reduce printing cycle time, makes the XM300G well-positioned to support a wide variety of additive manufacturing applications.
Build Volume
System Size and Weight
Powder Options
Laser Type
Precision
5.9 x 5.9 x 5.9 in (150 x 150 x 150 mm)
25.6 x 30.7 x 76 in³ - W x D x H (650 x 780 x 1,930 mm³)
• XM200G - 840 lbs ( 380 kgs)
• XM200G2 - 940 lbs ( 425 kgs)
Aluminum Si10Mg, Bronze, Copper (C18150)
Stainless Steel: 316L, 17-4 PH, 15-5, 400 Series
Super Alloys: 718, 625, Cobalt Chrome F75, Hastelloy X Titanium Ti64, Tooling Steels: Maraging M300
XM200G - Single 100W, 200W, or 400W Yb fiber laser
XM200G2 - Dual 100W, 200W, or 400W Yb fiber lasers
11.81 x 11.81 x 13.7 in (300 x 300 x 350 mm)
79.4 x 33.2 x 94.0 in - W x D x H (2,019 x 845 x 2,390 mm)
Aluminum Si10Mg, Bronze, Copper (C18150)
Stainless Steel: 316L, 17-4 PH, 15-5, 400 Series
Super Alloys: 718, 625, Cobalt Chrome F75, Hastelloy X, Titanium Ti64, Tooling Steels: Maraging M300
Yb Fiber Laser, 400W or 700W
XM300G - Single, XM300G2 - Dual Laser
XM300G4 - Quad Laser
n/a
MANUFACTURING CLUSTER:
Forest Scientific HS Series Plasma Models
Forest Scientific Corporation HS-Series Plasma Cutters are heavier duty machines made with a larger tubular welded steel frame with integrated Water Table. The extra rigidity is great for handling the abuse of students and will stand the test of time with 24/7 commercial use. It's Closed Loop Hybrid Servo Control assures accuracy at the fastest speeds.
Available models:
HSPB 24" x 24" HSPB 48" x 24"
HSPB 48" x 96" HSPB 60" x 120"
HSPB 48" x 48"
Forest Scientific CRP Clean Room Metal Torch
The Forest Scientific Corporation CRP Clean Room Metal Torch is perfect for Engineering Labs as well as Clean Rooms and is a cost effective alternative to laser and waterjet cutting. The CRP cuts steel, aluminum, copper and brass and is capable of near laser quality fine cutting up to 1/4" steel. It is also able to cut up to 5/8" steel as well as perform low resolution metal marking.
Featuring:
• Closed-Loop Hybrid Servo Control System
• Downdraft grid table and ports to exhaust fumes outside or to a filtration system
• Automatic torch height
• Automatic voltage detection, current set from computer
• Includes fine marking and standard cutting consumables
Model Travel
CRP2418 24" X 18" Y
CRP3618 36" X 18" Y
CRP48X24 48" X 24" Y
Optional in room filtration system
Optional ultra quiet dry air compressor
Miller MobileArc
Augmented Reality Welding System
Introduce your students to welding through the Miller MobileArc Augmented Reality Welding System. This affordable, easy to use welding simulation tool is designed to attract, engage, and introduce students to welding through a hands-on augmented reality experience.
Highly portable, lightweight design allows for easy transport for remote learning and recruiting events.
Easy setup and simple user interface allows for students to work independently, helping to increase instructor efficiency.
Real-time feedback is provided on users’ technique to help correct errors. Reinforce proper welding practices and accelerate skill advancement prior to actual live arc welding in a lab.
Reduce overall training time compared to traditional methods with the realistic welding simulation of the MobileArc.
Minimize material cost by saving wire, gas and workpieces in this simulation environment, allowing students to define their welding skills before beginning live arc welding.
The output can be streamed to an external display for a more collaborative learning environment.
Miller AugmentedArc® Augmented Reality Welding System
The industry’s most realistic welding simulation solution for classroom training. For beginner to advanced-level weld students, the AugmentedArc system simulates multiple welding processes, blending real-world and computer-generated images into a unique, augmented reality environment.
Real-time feedback is provided on users’ technique to help correct errors. Reinforce proper welding practices and accelerate skill advancement prior to actual live arc welding in a lab.
Optimize instructor efficiency by using the Teacher software to create a virtual classroom with customized curriculum, quizzes and weld exercises.
Minimize material cost by saving wire, gas and workpieces in this simulation environment allowing students to define their welding skills before beginning live arc welding.
Reduce overall training time compared to traditional methods, with the realistic live arc welding simulation of the AugmentedArc.
Build a larger, more-skilled welding workforce when computer-savvy individuals are drawn to welding education programs that increase their success with live arc welding.
Tenstar Simulator
One Simulator - Many Machines & Vehicles
Tenstar Simulation offers the unique ability to combine several machine types within the same platform providing the benefit of flexible and cost-effective learning.
VR Headset
Using a VR-headset adds more realism to the simulation with better depth perception and a 360 degree view.
VR Walkaround
Virtual Reality Walkaround offers the student the possibility to interact and move around the machines and vehicles. Get to know all of the details or carry out an interactive pre-start check. All you need is a VR headset and two hand controls.
Multi Machine Environment
With MME, several different users can cooperate and interact in the same environment. Students solving tasks together offers a new level to simulation-based education, making students even better prepared for reality.
Motion Base
Tenstar motion base is 3 DOF (Degree of Freedom) using advanced motion pattern technology that enhances the feeling of working in an actual machine.
Simlog - Logisitics Equipment Simulation Training
Simlog's Personal Simulators for Logistics are designed to meet employers' training expectations in modern distribution and supply chain environments.
Reach Lift Truck Personal Simulator
Simlog’s Reach Truck Simulators put students at the controls of a typical stand-up “Narrow Aisle” lift truck with a scissors-like pantograph to extend and retract the forks, suitable for OSHA Class 2 operator training programs. Training scenarios are typical of warehouses and distribution centers where racking systems are tall and close together to increase storage density. There are many software options to configure what you see and do, to reproduce the controls and steering behavior of the most common kinds of reach lift trucks.
Forklift Personal Simulator
Simlog’s Forklift Personal Simulator Version 2 puts trainees at the controls of a typical sitdown, counterbalance factory forklift with rear-wheel steering (also called “sit-down rider truck”, “lift truck”, and “fork truck”). Scenarios are typical of transportation service centers, factories, warehouses, and distribution centers, with a wide variety of loads and storage arrangements, along with truck bays for loading and unloading and a flatbed truck outside. Simlog’s Forklift simulation software is configurable, to reproduce the many different kinds of real forklifts.
Simlog - Heavy Equipment Simulation Training
Teach Heavy Equipment operations safely and affordably with Simlog’s PC-based Personal Simulators for Construction, Mining and Forestry. Alignment with industry recognized training standards such as NCCER, can be incorporated into CTE curricula for career exploration and skills development.
Wheel Loader Personal Simulator
Simlog’s Wheel Loader Simulator puts students at the controls of a typical Wheel Loader with either a bucket or forks, to simulate a wide variety of typical operations in a jobsite. Configuration options are offered for both "Steering Wheel Steering" and "Stick Steering", to reproduce the operator controls of a small, medium, and large wheel loaders.
Hydraulic Excavator Personal Simulator
Simlog's Hydraulic Excavator Personal Simulator puts students at the controls of a modern, sophisticated machine in interaction with an articulated dump truck. The virtual work site features dynamic terrain with life-like material.
Additional Heavy Equipment Personal Simulators
Simlog is at the forefront of affordable PC-based simulation with 16 Personal Simulators: Skid Steer Loader · Backhoe Loader · Bulldozer · Mobile Crane · Tower Crane · Wheeled
ConsuLab
Quality Automotive Training Begins Here
ConsuLab’s full line of automotive, diesel, and electrical educational products are developed with the goal to make teaching ever-evolving technology simpler and more accessible. Designed with the philosophy of modifying OEM industry components, ConsuLab products are safer, more observable, and incorporate fault insertion where possible – providing educators with quality workable, diagnostic cutaways and systems. Visit our website to view more training systems and download the full ConsuLab Catalogs!
ConsuLab
Electric and Hybrid Vehicle Trainers
Charge up your Automotive programs with ConsuLab Electric and Hybrid Vehicle Trainers. As the automotive industry shifts towards EVs, staying updated with automotive technology training is crucial. By incorporating actual industry systems and cutaways, as well as purpose-built training aids, Consulab EV and Hybrid Vehicle Trainers will help keep your program up to speed. Visit our website to view more training systems and to download the full ConsuLab Catalogs!
EV-400 High Voltage Safety Trainer
EV-601-TS Interactive Demonstrative Electric Vehicle
ConsuLab’s EV-601-TS Interactive Demostrative Electric Vehicle is a comprehensive educational tool, offering hands-on experience with a Tesla Model 3 EV in a controlled setting. Major components are exposed, aiding understanding. It boasts features like voltmeters, LED energy path indicators, and functional systems like electric park brake and power steering. The absence of high voltage ensures safety. Cutaway sections reveal motor/inverter details, and a complete curriculum with 40 hours of student activities is included. Although missing certain parts, it showcases essential elements, making it an effective tool for grasping EV technology.
Prepare your students to work on and with battery electric vehicles (BEV) with the ConsuLab EV-400 High Voltage Safety Trainer. This compact trainer is the perfect size for classrooms, and provides intuitive, hands-on experience for a wide variety of testing, diagnostic practices, safety measures, and more in a completely safe and controlled classroom environment. Pair the student assignments and practical exercises of the EV-400 with the required prerequisites, and your students will have the knowledge to successfully complete the CSA Group Automotive Electric Vehicle Technician Certification.
Additional Trainers Include
LJ Create EV Auto Repair
LJ Create introduces the latest range of Automotive trainers and assiciated lessons designed to provide students with the skills and knowledge required to maintain and repair Electric and Hybrid vehicles.
Instruction is provided at three levels:
1. Complete Vehicle Systems
These are based on large panel trainers that illustrate the operation of complete EV and Hybrid Vehicle systems. Students can "operate" each type of vehicle, measure what is going on during the various modes of operation, and troubleshoot common problems.
2. Common EV Sub-Systems
Panel trainers provide each student with underpinning knowledge and troubleshooting experience with the most critical EV sub-systems such as:
• Motors and Drives
• Batteries
• Charging Systems
3. EV electrical and Electronics Fundamentals
A desktop training system provides very specific instruction and practive in the basic skills that are going to be required by students as they complete their studies.
Topics covered include:
• Circuit Protection
• Conductors, Insulators, and Earth Return
• Voltage, Current, Resistance, and Power Calculations
• DC and AC Signals... and much more!
SimSpray Paint
Accelerate spray painter skills training with SimSpray, the turn-key, mobile simulation-based training tool. Designed to augment traditional educational methods, it assists in the teaching of spray painting and coating fundamentals.
Using SimSpray saves on training time and decreases expenses, delivering a “Green” ROI to training organizations.
SimSpray Features:
• Realistic Paint and Defects (Drips, Sags, Dry Spray, and Orange Peel)
• Paint in Coating or Coverage (Mil Build) Views
• 3D Performance Analysis and Replay
• Stationary and Conveyored Environments
• Easy-to-Follow Visual Cues (Angle, Distance, and Speed)
• Customizable Curriculum
SimSpray Go HVLP
Introducing the SimSpray Go HVLP, SimSpray’s newest table-top simulation-based HVLP painter training tool. This convenient and easy-to-use virtual reality trainer will turn any space into a spray booth. Accelerate HVLP painter training with SimSpray Go’s immersive VR technology while saving time, money, and reducing exposure to VOCs.
S.T.E.M. CLUSTER:
LJ Create Mechatronics Programs
Prepare your students for success in Mechatronics
LJ Create Mechatronics is a set of courses at three levels, designed to provide students with a strong foundation in mechatronic principles and applications.
The courses will provide students with the expertise they need to succeed in industrial skills programs and industry certification courses.
LJ Create
Foundation Mechatronics
Short project-based courses that explore basic mechatronic principles. Investigate the application of mechatronics in a wide range of different career clusters.
Mechatronic Systems
Courses teaching the basic principles of the technologies used in mechatronic systems.
Advanced Mechatronics
Advanced mechatronics courses that allow students to specialize and lead towards preparation for an industry certification.
Complete Program for Student Electronics Technician (SET)
ETA Electronics Certification
LJ Create's self-contained electronics program gives you all the resources you need to teach a complete electronics course. This compact solution includes an electronics trainer and a range of interchangeable cards, providing quick and easy hands-on learning for students of all abilities.
LJ Create's trainer is the perfect blend of component based and systems training, including a project-based circuit construction and troubleshooting.
BRAND NEW CERTIFICATION PROGRAM
● 100% standards coverage: everything you need to teach a complete SET program.
● Quick and easy hands-on learning for students of all abilities.
● Perfect blend of component-based and systems training.
● Detailed, pre-prepared, 4-block course.
● Includes tracked formative and summative tests.
VRSim VRNA
Virtual Reality Trainers
Learn CNA and EMS Skills in VR
VRNA uses a fully immersive VR experience to increase the effectiveness and lower the cost of teaching CNA and EMS job skills traditionally done in a classroom or laboratory setting. By supplementing lab instruction, VRNA helps instructors to be more effcient, alleviating split attention during small group activities, keeping students engaged in lab content. This gives users an independent and active learning experience to practice patient care skills in a zero-risk environment.
VRNA CNA Virtual Reality Trainers
VRSim VRNA CNA Training brings a fully immersive virtual reality learning experience to your Certified Nursing Assistant (CNA) Training Programs. With 8 realistic learning scenarios, and 35+ patient care skills, VRNA will increase the accessibility and effectiveness of your students learning experience while reducing costs and saving time.
VRNA EMS Virtual Reality Trainers
VRSim VRNA EMS is an effective and cost-efficient solution to teach essential emergency care skills to aspiring Emergency Medical and First Responders. Through this immersive virtual reality technology, students learn and practice skills in a low-risk, realistic environment. VRNA EMS includes 10 scenarios that align to state and national certifications.
VR Training Benefits
Empower Instructors
• Zero-risk environment
• Blended learning opportunities
• Simplified evaluation and progress measures
Improve Learning Efficacy
• Active micro-learning opportunities
• Develop competency through completed modules
• Build skills confidence with motor memory
Create Equitable Learning Opportunities
• Use data and reporting to ensure quality
• Adapt with real-time reports on skills and success
• Facilitate individual learning opportunities
• Accessibility for in-person and distance learning
Reduce
Cost of Skills Training
• Lab setup (e.g. hospital beds, manikins)
• Disposable training Materials
• Free up instructor time for skills prep/clean-up
