Sensors
Simply put, Industrial Automation Sensors are input devices which provide an output (signal) with respect to a specific physical quantity (input).
Sensors are vitally important to all major industries and pathways, and TOOLKIT is here to help prepare students in learning these foundational skills.
From standalone training systems solely dedicated to sensors technology and exploration to integrated systems utilizing sensors to their full capabilities, we have the industry-relevant training system to help your students master these important technologies and skills.
Showing all 4 results
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SMC Compact Automation Training System (Automate-200)
SMC’s exciting compact training system for Automation and Mechatronics, AUTOMATE-200, is the perfect training aid for students in advanced manufacturing classrooms for hands-on skills in PLC Programming, Sensors, Pneumatics, Troubleshooting, and More! Developed in partnership with Intel for training in the semiconductor industry, featuring all industrial SMC Components.
Designed for hands-on training in advanced manufacturing, semiconductor fabrication, and EV battery production, this system provides an integrated and industry-relevant environment for students to develop skills in automation, material handling, and process control. The training system simulates precision sorting, transfer, and classification of components, introducing learners to key technologies such as pneumatics, sensors, electric motors, and PLC programming—all critical in modern high-tech manufacturing.
Learners will work with industrial-grade automation equipment to experience real-world applications in component assembly, defect detection, and automated material handling. The system features:
- Vertical Part Feeder – Simulates precise material feeding for high-volume manufacturing lines.
- Platform with Part Detector – Detects and verifies components for sorting and process optimization.
- Conveyor Belt – Emulates automated material transport in semiconductor and battery production.
- Photoelectric Detector – Ensures quality control and part verification using optical sensing.
- Inductive Detector – Identifies and classifies metal components for process automation.
- Opening Detector – Monitors access points for secure and controlled material flow.
- Belt Pusher (Double-Acting Cylinder) – Demonstrates industrial part diversion for multi-stage manufacturing.
- Handling Device (Pneumatic Actuator / Rotary Actuator) – Trains students in robotic-assisted assembly and transfer operations.
- Part Classifier / Warehousing – Introduces students to automated storage and retrieval systems (AS/RS) used in high-tech manufacturing facilities.
This complete training solution includes all Student and Instructor Curriculum, plus:
✔ Rolling Cart for Mobility
✔ Allen-Bradley PLC or PLC of Choice for hands-on automation programmingIdeal for technical education programs, workforce development initiatives, and advanced manufacturing training labs, this system prepares students for careers in the fast-growing semiconductor, EV battery, and smart manufacturing industries.
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TAP Semiconductor Training Platform
Our TAP Semiconductor Learning Platform transforms Career and Technical Education with an immersive and robust learning environment for the semiconductor industry and industrial automation.
TAP delivers cutting-edge online courses and immersive simulations tailored for career and technical education (CTE) programs, as well as tailored training materials for technicians in the semiconductor industry. Designed in collaboration with leading advanced manufacturers, TAP offers a robust curriculum covering critical skills in the semiconductor industry, such as pneumatics, electrical fundamentals, and multi-axis robotics. The platform features in-simulation quizzes, real-time audio guidance, VR assessments, and comprehensive data dashboards to track student progress. With over 51 years of combined industry expertise, TAP equips educators with tools to prepare students for high-demand technical careers, ensuring graduates are job-ready and productive from day one.Key Benefits for Educators:
- Enhance learning with hands-on, virtual reality training modules.
- Access industry-aligned content for skills in manufacturing and automation.
- Empower students with real-world technical skills.
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SMCTwin-400 Digital Twin Software
We are thrilled to bring the first Digital Twin training software to schools across the globe with SMC’s revolutionary Digital Twin-400 software.
SMCTwin-400 is an online, one-for-one emulation platform where students will be able to develop and control digital twin models. All models operate and behave in the exact manner in which they would in the real world, giving students a never-before-seen lens to view automation and industry.
This true Industry 4.0 software provides students with the ability to access virtual replicas of real SMC training equipment and industrial components, allowing them to safely experience industrial technologies and processes, monitor all of the system’s electrical and pneumatic values, program and create various PLC/HMI programs, and witness the results in real time!
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Tesla Electric Vehicle Training System
The ConsuLab EV-601-TS is a fully functioning Electric Vehicle Training System based on the Tesla Model 3 Platform. What better way to teach all things EVs than on the world’s leading electric vehicle manufacturer, Tesla.
We are proud to release premier Electric Vehicle Training System available on the market today, the ConsuLab EV-601 iDEV Tesla Training Car. Featuring a functional Tesla Model 3 with OEM components and technologies.
Have you ever wondered how to give your students hands-on exploration of a complete electrical vehicle in a safe environment? The EV-601-TS_053322 ALL EV iDEV training car by ConsuLab is not just a training aid, it’s an actual Tesla Model 3 training car visually displayed for maximum learning! All major components are identified in their actual location, most have been exposed (cutaway) in a way that is not possible on an operating vehicle, this helps attain a better understanding of their internal components and workings.
Complete with practical training activities and curriculum!
