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
The PLC Applications, Series 8075, aim to further develop student understanding of PLC programming. Basic principles are integrated with ore advanced concepts in order to design small-scale systems typical of what can be found in the industry. The PLC Applications series is divided into several systems, each system covering a specific topic related to PLC