Manufacturing
Showing 13–18 of 18 results
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5-Station Smart Innovative Factory
The 5-Station Configuration of the SMC SIF-400 takes a condensed yet robust look at hands-down the most remarkable, fully-connected Industry 4.0 Training Platform on the market for hands-on training, exploration, and research in advanced manufacturing industries: SMC’s SIF-400.
SMC’s Industry 4.0 Smart Innovative Factory reproduces an industrial, cyber-physical smart factory – in both the production and supply chain – with a modular design of 14 interconnected stations for training and studies in connected systems, operational data and data analytics, IIoT, predictive and preventative maintenance, management execution software (MES), inventory tracking and control, cybersecurity, and more!
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4-Station Flexible Manufacturing System i4o
The best just got better with this incredible training from SMC! The FMS-200 Special Edition Industry 4.0 takes the most popular industrial advanced mechatronics training system on the market and combines it with advanced Industry 4.0 technologies for real-world, skills-driven training for industry.
The 4-Station Configuration brings classrooms a compact and expandable solution for hands-on Industry 4.0 training with built-in troubleshooting.
Students will get industry-relevant hands-on training around the crucial skills demanded by manufacturing and industry. Industrial manufacturing skills student expect to receive include automation processes, safety, PLC programming, Distributed IO, smart devices, artificial vision, and more!
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PLC Automation Training System | all-in-one
The ATS-200 Automation Training System provides students with a hardware platform for performing hands-on skills development activities for automation technologies operations. The tabletop or mobile platform includes various applications which can be quickly connected to provide advanced activities, expanding the learning objectives beyond simple on/off functionality.
The all-in-one PLC Training System includes:
◉ Operator Control Application
◉ Sensors and Switches Application
◉ Pneumatic Actuator/Valve Application
◉ Linear Ball Screw Application
◉ BCD Thumbwheel and 7 Segment Display
◉ Dual Analog Potentiometer and Meters
◉ Motor Control Application
◉ Variable Speed Drive (Any Brand)
◉ PLC (Any Brand)
◉ HMI (Any Brand)
◉ PID Pressure Application
◉ PID Temperature Application
The system shown as tabletop trainer with banana jack connections. The unit can be purchased with a mobile frame with all components pre-wired to the PLC requiring no additional connections.
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Hirebotics Robotic Welding System
We are proud to represent the #1 robotic welder on the market today in terms of ease-of-use and approachability. Learn why companies across the country are adopting this collaborative robot welding cart in record numbers.
The challenge with implementing robotic welding systems is that rarely can you find expertise in both welding AND robotics. This industrial cobot welding system from Toolkit Technologies and Hirebotics alleviates all hurdles with it’s turn-key, all-in-one system that delivers high quality precision and accuracy, easy-to-use and approachable user interface, and best-in-class results.
Start training the future generation of welders on automation robot welding training carts.
Available with UR10e or UR20 robots.
Available as a Cobot Welder or as a Cobot Plasma Cutter.
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Omron Mobile Robot
The Omron LD Mobile Robot is a self-navigating Autonomous Mobile Robot (AMR) designed for dynamically moving material in challenging environments that may include confined passageways as well as dynamic and peopled locations. Unlike traditional autonomously guided vehicles (AGVs), Omron Mobile Robot requires no facility modifications, such as floor magnets or navigational beacons, saving users deployment costs.
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Robotized Assembly System
SMC’s Robotized Assembly Training System, the RAS-400, allows learners to get a real-world look at fully automated assembly environments featuring your choice of industrial robot(s).
This modular robotized assembly system consists of 4 different industrial robot stations forming a flexible automation cell. The process includes an entire series of
- Feeding
- Material handling
- Assembly verification
- Loading operations
All operations are carried out using components from different technologies (pneumatics, vacuum, sensors, etc.) that students will have to understand and apply. The primary training focus of this training system is industrial robotics, including collaborative robots.
