Manufacturing
Showing 13–23 of 23 results
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Vacuum-Held Material Handling Training System – MAP-202
SMC’s MAP-200s consist of a series of individual tabletop mechatronics training systems that carry out a specific and different material handling task commonly seen in industrial settings.
Robust, Rugged, and Versatile, these tabletop hands-on training systems are designed to teach students a wide array of industrial automation – Pneumatics, Electrical, Industrial Safety and Automation Processes, PLC Programming, Sensors, and Troubleshooting!
MAP-202: Vacuum-Held Handling Device with Two Shafts
MAP-202: The function of this handling device is to transfer the part from a starting area to a final unloading area, using three vacuum pads. This is a cartesian handling device with two shafts which moves a part from one position to another, holding it with a set of three vacuum pads.
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Vertical Revolving Material Handling Training System – MAP-203
SMC’s MAP-200s consist of a series of individual tabletop mechatronics training systems that carry out a specific and different material handling task commonly seen in industrial settings.
Robust, Rugged, and Versatile, these tabletop hands-on training systems are designed to teach students a wide array of industrial automation – Pneumatics, Electrical, Industrial Safety and Automation Processes, PLC Programming, Sensors, and Troubleshooting!
MAP-203: Vertical Revolving Handling Training System with Internal Gripper
The function of this material handling device is to transfer the part from a starting area to an unloading area, using an internal gripper. The part used in this process is a bearing so that when it is placed on the unloading area, it fits perfectly onto a stainless steel pivot with a slightly smaller diameter than the bearing’s inner diameter.
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Horizontal Rotolinear Material Handling Training System – MAP-204
SMC’s MAP-200s consist of a series of individual tabletop mechatronics training systems that carry out a specific and different material handling task commonly seen in industrial settings.
Robust, Rugged, and Versatile, these tabletop hands-on training systems are designed to teach students a wide array of industrial automation – Pneumatics, Electrical, Industrial Safety and Automation Processes, PLC Programming, Sensors, and Troubleshooting!
MAP-204: Vertical Revolving Handling Training System with Internal Gripper
The function of the handling device is to transfer the part from a starting area to an unloading area through a rotolinear actuator that displaces an outer gripper. The part being transported is a metal bearing.
The part used is made from anodized aluminum, 14.6mm diameter and 41mm height, so that when the part is placed on the unloading area it fits perfectly onto a stainless steel pivot with a slightly larger diameter than the shaft.
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Mini-Cell Material Handling Assembly MAP-205
The MAP-200s consist of a series of individual tabletop mechatronics training systems that carry out a specific and different material handling task commonly seen in industrial settings.
Robust, Rugged, and Versatile, these tabletop hands-on training systems are designed to teach students a wide array of industrial automation – Pneumatics, Electrical, Industrial Safety and Automation Processes, PLC Programming, Sensors, and Troubleshooting!
The MAP-205 combines the MAP-201, MAP-202, MAP-203, and MAP-204 into a single integrated mini-cell assembly.
The MAP-205 assembles and disassembles a product (metal turning mechanism) via 4 handling devices working together on a single tabletop frame.
- Feeding the base
- Assembling the bearing
- Inserting the shaft
- Placing the lid
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Modular Assembly System MAS-200
Build upon your mechatronics and automation studies with the MAS-200 Modular Assembly System from industry-leaders at SMC.
This hands-on training system emulates a real industrial assembly process, incorporating the major technologies required by today’s automated industry into one, compact system.
The complete system consists of five stations that work both independently and in unison to assemble a complete product with a metal base, bearing, shaft and lid. The fifth station is located between the others and is responsible for transferring and assembling the parts; which can be done via a pneumatic assembly or robotic assembly.
The modular design of the equipment allows a vast range of options since the stations are completely autonomous, but can be assembled to form a complete manufacturing cell.
MAS-201: Base Feeding Station
MAS-202: Bearing Insertion Station
MAS-203: Shaft Insertion Station
MAS-204: Lid Positioning Station
MAS-205: Transfer and Assembly Station – Robotic or Pneumatic
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Servo (Drives) Motion Training System
The Servo Motion Training System provides participants with hardware allowing for hands-on experiments in setup,
configuration and programming and servo drives for rotary or linear motion. The system gives access to onboard input and
output devices in addition to providing connectivity for external devices.
The system can be purchased with a Motion-Capable PLC or utilized in combination with an existing motion-capable PLC.
Tabletop or Suitcase Form Factor
- 120Vac Power Entry
- Emergency Stop
- (3) Selector Switches (Enable, + Over-Travel, – Over-Travel)
- (2) Homing Sensors
- (2) Servo Rotary Axis
- (2) Servo Drives
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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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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!
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ADAS (Advanced Driver Assist Systems) Trainer
With the ADAS Trainer, you’ll be teaching the most advanced concepts in vehicle safety and automation. As the automotive industry has evolved, the role of sensors in today’s vehicles has become more important. Unfortunately, these systems can be challenging to understand without hands-on experience, which is why the ADAS Trainer is essential.
This training system breaks down the elements of advanced driver assist systems and autonomous vehicle concepts, providing a clear and concise look at the technologies involved. Thanks to our advanced simulations, students will be able to visualize the data collected by each sensor, as well as where they are located in a vehicle. Then, they’ll be able to analyze that data to understand how each sensor contributes to overall vehicle operation.
The EV-360 ADAS Training System was designed to demonstrate the fundamental concepts and technologies currently incorporated in today’s advanced vehicles.This trainer allows a student to visualize sensor readings and results, literally locating where the components are on a vehicle and compares the strengths and weaknesses of the various sensors and technologies to one another. This trainer is a scale model, providing visual cues to help students recognize design function and orientation.