Our training equipment is built to reflect the real world—because it is the real world. Designed and manufactured by APT Manufacturing Solutions, a builder of industrial equipment used in the field every day, each system is constructed to the same exact industry standards found on the jobsite. Nothing is simplified or watered down for education: electrical panels are wired to true industry specifications, and frames, layouts, and overall aesthetics mirror what learners will encounter when they enter the workforce. The result is hands-on training with Real Industry Equipment that prepares students for real industry expectations.
Real Industry Equipment
Mechatronics
Our mechatronics training equipment provides a comprehensive, hands-on foundation in industrial automation. Students begin by learning core electrical skills such as stripping and terminating wires while exploring electrical components, devices, and fundamental circuit-building concepts. As they progress, learners interact with push button logic, PLCs, HMIs, safety devices, motor controls, and fluid power systems. Training starts with interchangeable, standalone modules that focus on individual concepts, then advances to integrated robotic machinery where those systems come together. Throughout the process, students develop skills from an operator, maintenance, and engineering perspective—learning how to operate, troubleshoot, and design advanced manufacturing equipment that they would find in real industrial environments.
PLC/HMI Trainer
iCC – Industrial Controls Center
- PLC & HMI Programming
- Sequence Based Programming
- PLC to Robot Integration
- Integration of Sensors & Devices
- Networking Communication: Ethernet I/P, Discrete, Wireless
Electromechanical Systems Trainer
iLS – Industrial Learning System
- Industrial Automation Controls
- Programming Logic & Interfacing
- Wiring and Circuitry
- Fluid Power
- Motor Drives
- Machine Safety
Mechatronics Trainer
iIM5.0 – Mechatronics CERT Cart
- Robot/Cobot Programming
- 2D Vision Guidance
- Machine Operation
- Maintenance & Troubleshooting
- Production Processes
- Application of Electromechanical Concepts
- Project Engineering Methods
- PLC to Robot Integration
Advanced Manufacturing Material Handling
AM-CERT
- ROBOT Programming
- 2D Vision Guidance
- End of Arm tool change
- PLC & HMI Programming
- PLC to Robot integration
- Integration of Safety & Sensors
Connected Smart Manufacturing System
CSM™
- Robot Programming
- PLC HMI Programming
- 2D Vision Guidance & Inspection
- Network Communications
- Manufacturing Processes
- Fault Detection & Troubleshooting
- Data Analytics
- Laser Etching Serialization
- Assembly, Packaging & Palletizing
- Introduction To Safety Systems
- Recipe Management & Batch Scheduling
CNC
Our CNC Machining Equipment is designed to mirror modern, automated machining environments. Built around FANUC Robodrill machines and FANUC CNC simulators, the system integrates an industrial robot for automated loading and unloading. This setup is ideal for precision machining labs, allowing machinists to gain hands-on experience with both CNC programming and robotic automation. Learners become comfortable working with the robot as part of the machining process, building the real-world skills required for today’s advanced manufacturing operations.
Robot Machine Tender & Vertical CNC
MTEC with ROBODRILL
- Robot/Cobot Programming
- Robot to CNC integration
- 2D Vision Guidance
- CNC Programming
- Automated Fixturing
Robot Machine Tender & CNC Simulator
MTEC-SIM
- Robot/Cobot Programming
- Robot to CNC integration
- 2D Vision Guidance
- CNC Mill & Lathe Programming
- Automated Fixturing
Welding & Cutting
Our robotic welding equipment prepares learners to operate both collaborative and non-collaborative robots in real-world welding applications. Students develop a deep understanding of the relationship between welding fundamentals—such as torch angle, travel speed, and welding recipes—robot operation and programming, and proper fixturing for consistent, high-quality welds. Emphasis is placed on robot reach, fixture design, and part positioning to reflect true production environments. This equipment is ideal for welding labs ready to step into advanced manufacturing, giving learners hands-on experience with the same technologies and workflows they will encounter beyond the classroom.
Robotic Welding Trainer
MOD-WELD
- Robot/Cobot Programming
- MIG Welding
- Welding Materials & Methods
- Touch Sensing
- Through-ARC Seam Track
Robotic Plasma Trainer
MOD-CUT
- PLC & HMI Programming
- Sequence Based Programming
- PLC to Robot Integration
- Integration of Sensors & Devices
- Networking Communication: Ethernet I/P, Discrete, Wireless
Classroom Design
Ignite your student’s learning with a well-designed space
- Understand Your Initiatives & Goals
- Solutions With Budget Requirements
- Industry Recognized Equipment & Curriculum
- Sufficient Room For Tools & Teamwork
- Local Industry Relatability Needs
- Utility Requirements & Locations
- Long Term Plan With Future Growth