Roboze ARGO 1000 Large-format industrial 3D printer designed for advanced additive manufacturing, rapid prototyping, and production of high-performance components. Provides hands-on experience with engineering-grade thermoplastics and composite materials used in aerospace, automotive, energy, and industrial applications. Learning Objectives: Understand industrial additive manufacturing processes and production workflows. Prepare and optimize CAD models for large-format 3D printing
Roboze ARGO 500 Industrial high-temperature 3D printer designed for advanced additive manufacturing and production-grade applications. Provides hands-on experience with engineering polymers and composite materials used in aerospace, automotive, energy, and industrial manufacturing. Learning Objectives: Understand industrial additive manufacturing processes and workflows. Prepare, optimize, and produce parts using advanced 3D printing technologies. Work with high-performance materials
Roboze Plus PRO 3D Printer Industrial-grade 3D printer designed to teach additive manufacturing, advanced materials, and digital production technologies. Provides hands-on experience with high-performance 3D printing processes used in engineering, aerospace, automotive, and advanced manufacturing industries. Learning Objectives: Understand additive manufacturing principles and 3D printing workflows. Prepare and optimize CAD models for production. Configure print
Festo Distributed Control System (DCS) Hands-on training system designed to teach the fundamentals of distributed process control used in modern industrial facilities. Provides practical experience with process monitoring, control strategies, instrumentation, and system integration. Learning Objectives: Understand the architecture and operation of Distributed Control Systems (DCS). Configure and monitor process variables, alarms, and control loops.
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Tormach XS Pro Advanced CNC machining platform designed to provide hands-on training in CNC programming, precision machining, and modern manufacturing processes. Delivers industry-relevant experience with machine setup, operation, and production workflows. Learning Objectives: Understand CNC machine operation, safety, and setup procedures. Create and execute machining programs using CAD/CAM software. Set up tooling, workholding, and machine
Compact CNC router designed to introduce students to computer-aided manufacturing (CAM), CNC programming, and precision machining. Provides hands-on experience with industry-relevant machining processes used in advanced manufacturing and technical education programs. Learning Objectives: Understand CNC router operation, safety procedures, and machine setup. Create and execute machining programs using CAD/CAM software. Set up tooling, materials, and
Portable, hands-on training system designed to develop advanced PLC programming and industrial automation skills using Allen-Bradley ControlLogix and Studio 5000 software. Provides real-world industrial control scenarios for troubleshooting, programming, and system integration. Supports workforce development, technical education, and industrial maintenance training programs. Learning Objectives: Develop and modify PLC programs using Allen-Bradley Studio 5000 software. Configure
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The Bottling Process Training System is a small-scale reproduction of a widespread industrial process combining pneumatics, motion control, and PLC sequencing. Film canister capping process Two high-torque stepper motors Dual stepper motor drive Inductive proximity switch Mechanical switch Single solenoid directional valve Double-acting cylinder
The Level-Process Training System introduces level control using a PLC, control relays, a pump, and a set of sensors. Submersible variable speed pump Level process column Float switch Capacitive and magnetic level switches Solenoid and manual valves Optional analog level sensor Self-regulating process allows a variety of PLC control schemes
The Traffic Light Training System is a classic PLC training system allowing the implementation of vehicle and pedestrian traffic control at an intersection. N-S/E-W traffic control with pedestrian crossing Another unit can be added to create a full, four-direction traffic light Flow management with proximity detectors (optional) Traffic light synchronization The Electro-Pneumatic Training System uses