Ind. Maintenance/Mechatronics
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**The mobile training cell is perfectly suited for advanced level training of KUKA Robotics.The complete starter package is aimed especially at schools, universities and company training facilities.** **Optimally learn the basics of robot technology From simple stacking tasks to complex continuous path motion and corresponding logic programming** With the ready2_educate training cell, the skilled specialists of tomorrow can be trained in the operation of industrial robots. In this way, they receive **optimal training in robotics**. The modular training cell incorporates the [KR 4 AGILUS](https://www.kuka.com/en-us/products/robotics-systems/industrial-robots/kr-4-agilus) small robot and our innovative [KR C5 micro controller](https://www.kuka.com/en-us/products/robotics-systems/robot-controllers/kr-c5-micro) – while also being equipped and preconfigured for special didactic applications.
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**The mobile training cell is perfectly suited for entry into the world of robotics. The complete starter package is aimed especially at schools, universities and company training facilities.** **Optimally learn the basics of robot technology From simple stacking tasks to complex continuous path motion and corresponding logic programming** With the ready2_educate training cell, the skilled specialists of tomorrow can be trained in the operation of industrial robots. In this way, they receive **optimal training in robotics**. The modular training cell incorporates the [KR 4 AGILUS](https://www.kuka.com/en-us/products/robotics-systems/industrial-robots/kr-4-agilus) small robot and our innovative [KR C5 micro controller](https://www.kuka.com/en-us/products/robotics-systems/robot-controllers/kr-c5-micro) – while also being equipped and preconfigured for special didactic applications.
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The Complete Electronics Workstation (320-10) comprises an electronics study trainer, a range of plug-in experiment cards, and a component set. Digital curriculum content is also supplied, providing a comprehensive course of electronics study. The unique design of the electronic study trainer includes a heavy-duty casing with transparent protective cover. When in use, the cover folds back to provide an angled support for the unit. With the cover closed, trainers become stackable for easy storage. Electronics Study Trainer – Features: All on-board power supplies are short circuit/overload protected Connection system for plug-in experiment cards Patching area for use with component set Experiment cards and patching area may be used together Easy-to-use switched fault facility for fault-finding activities on the trainer and experiment cards On-board signal generator providing square wave and sine wave signal sources 8 logic switches and 2 pushbutton switches for use as control inputs Zero insertion force socket to accommodate dual-in-line integrated circuits Buzzer, white and red LEDs, and headphone OR (x2), AND and inverter gates Transistor switch and relay 8 logic monitor LEDs for displaying logic outputs 2 red and 2 green LED monitors for traffic light simulation activities 2 seven-segment displays with decoder/drivers Connection panel provides 2mm and 4mm sockets, test pins for oscilloscope probes and connector for powering prototyping boards Includes connecting leads, shorting links and power supply adapter
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ALL-IN-ONE ROBOT EDUCATION A truly cutting-edge robotic arm—it can manipulate objects, 3D print, write and draw. It has a graphical programming environment, multiple tool heads, and the capability to work with the Arduino platform. It’s a robot for your creativity and desire to develop. With Dobot’s exclusive tutorials and lessons, the Magician is the ideal way to learn about robotic arms, hardware development, coding and automation. BEST MULTI-FUNCTIONAL ROBOTIC ARM The advantages of high precision (0.2mm) and switchable tool heads allow for many uses: 3D printing, pick and place, write and draw, and more. Combining them brings out even more fun, learning, and creativity through unlimited possibilities. Also, Dobot Magician is the first consumer-grade robotic arm that can 3D print. CROSS-SUBJECT LEARNING TOOL Dobot Magician is an integration of programming, mechanics, electronics, and automation. It’s a great STEAM teaching device that strengthens knowledge across multiple subjects, through a high precision and user-friendly UI, enjoyable functions, and unlimited developing possibilities. Dobot Magician’s immersive and explorative experience increases interest in science and technology. GRAPHICAL PROGRAMMING ENVIRONMENT Dobot Magician has the most multi-functional robotic arm user interface on the market. In addition to scripting (Python), it also has a graphical programming environment, where you can write codes by simply piling up blocks!
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SMC, the worldwide leading manufacturer of Pneumatic Components and Technologies, has developed the most state-of-the-art and robust training system for teaching Pneumatics and Electro-Pneumatics Fundamentals to schools, training centers, and colleges. All components are industrial, used by companies around the world, so you can rest assured that your pneumatics learning directly translates to on-the-job relevance. SMC’s PNEU-405 combines the Basic Pneumatics and Basic Electro-Pneumatics training packages into one comprehensive, hands-on training solution for the study of fluid power. The complete training system for industry-required skills development and in the area of Basic Pneumatics and Electro-Pneumatics, the PNEU-405 includes all air preparation components, mechanical valves, air-operated valves, flow control equipment, actuators, and accessories for hands-on pneumatics training at the high school, technical college and industry levels. The Pneutrainer-400 comes with modular design that allows several customizable options to suite your training needs. Choose you form factor (mobile cart or tabletop), single or double-sided, and choose your training package! SMC Pneumatics training systems are complete with interactive lesson plans, curriculum, user activities, eLearning and simulation software for the world’s most complete and comprehensive Pneumatics training platforms.
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Toolkit’s VIS-101 Artificial Vision Training System provides a hardware training solution for introducing the fundamentals of artificial vision to students in mechatronics, automation, robotics, and industrial technology training programs. The hands-on training system provides components that are used in common industrial applications, allowing participants to perform experiments in camera installation, electrical connections, and configuration of vision jobs via included software. This Artificial Vision Training System will teach fundamental concepts around artificial vision cameras and technology and will then empower students to take their newly acquired skills to more complex tasks or apply to integrated systems.
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SMC, the worldwide leading manufacturer of Pneumatic Components and Technologies, has developed this low-cost, yet robust, tabletop pneumatics and electro-pneumatics training system featuring all industrial components. The versatile Pneumate-200 training system is “your classroom pneumatics training mate!” that provides practical hands-on training activities in the areas of Pneumatics, Electro-pneumatics and Pneumatic Applications.
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Hydraulic drives continue to be used in numerous applications in automated industry. With the SMC HYDROTRAINER-200 you will be able to meet all of your training requirements in the technology related to these drives. From Basic Hydraulics to Electro-Hydraulics to Proportional Hydraulics, SMC’s Industry-leading Hydraulics Training System is designed to fit your very needs along with the training needs of your local area industries. Designed using top-quality industrial components in an ergonomic classroom training cart or tabletop form, the Hydrotrainer-200 has everything required in order to get real-world skills and start working from the very first day. Use in conjunction with SMC eLearning and SMC’s autoSIM-200 simulation software for holistic hands-on training AND engaging and interactive virtual training.
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The SMC SENSOTRAINER-200 is the sensor technology trainer that allows students to learn the different sensors used in industry, such as inductive, capacitive, optical, and fiber optics. The SENSOTRAINER-200 training system is a platform for exploratory exercises in the topic of digital, analog and smart sensor technologies – all commonly found in various industrial settings. The system easily connects to the SMC PLC Training System for expanded learning. This system offers an easy connection and flexibility for changin
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SMC, the worldwide leading manufacturer of Pneumatic Components and Technologies, has developed the most state-of-the-art and robust training system for teaching Pneumatics and Electro-Pneumatics Fundamentals to schools, training centers, and colleges. All components are industrial, used by companies around the world, so you can rest assured that your pneumatics learning directly translates to on-the-job relevance. The Pneutrainer-400 comes with modular design that allows several customizable options to suite your training needs. Choose you form factor (mobile cart or tabletop), single or double-sided, and choose your training package! SMC Pneumatics training systems are complete with interactive lesson plans, curriculum, user activities, eLearning and simulation software for the world’s most complete and comprehensive Pneumatics training platforms.
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The SMC BEMATE-200 – Your Basic Electricity Mate – provides hardware for hands-on activities and the study of DC, AC and Solid State fundamentals. All devices are permanently mounted and can be quickly connected in a variety of configurations via Banana Jack connectors. Users will be introduced to the function and use of various devices and circuits. In addition, test equipment and fault insertion activities will allow for development of troubleshooting skills.
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SMC is proud to bring this one-of-a-kind Robot Training Platform to schools for real world robot training! The RTS-200 training system provides participants with a hardware platform for performing hands-on development for robotic operations. The mobile platform includes various applications which can be quickly installed to provide advanced activities, expanding the learning objectives beyond simple pick and place functions. The design allows participants to advance from basic programming to integration of various technologies including electrical controls, pneumatics, controllers, artificial vision, sensors and more – all with simple drop-in training panels. Have multiple robots? The RTS-200 allows for multiple robot models and brands to be dropped in as well! SMC’s Partnership with Universal Robots allows students to get real-world certification on Universal Robots!
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Take your automation training to the next level with SMC’s Hands-on PLC Training System. With a mobile hard-shell suitcase, this versatile and expandable solution provides the perfect environment to learn about programmable controllers, digital I/O, analog I/O and human machine interfaces (HMIs). Plus, with two external connection blocks, you can connect any external I/O devices directly to the controller. Get the most out of your training today with SMC’s PLC Training System!
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Train your students with the same Industry 4.0 training system used by companies like Intel and Boeing for their workforce training! The HAS-200 SE i4o brings SMC’s industry leading technologies into a modular, customizable smart factory for education with training options in PLC programming, HMI programming, Management Execution Systems software, interconnected systems, smart devices, robotics, and more.
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SMC’s FAS-200 Flexible Assembly System is a tried-and-true industrial training system for automation, advanced manufacturing, industrial maintenance, and industrial technology students. Featuring all industrial components and technologies from industry leading manufacturers, the FAS-200 exposes students to industry’s most common technologies with hands-on skills development in pneumatics, hydraulics, PLCs, robotics, troubleshooting, and more! Customize your modular training system with your choice of Stations, PLCs, Robots, and More!
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The best just got better with this incredible training from SMC! SMC’s FMS-200 Special Edition Industry 4.0 takes the most popular industrial advanced mechatronics training system on the market for mechatronics and industrial troubleshooting training and combines it with advanced Industry 4.0 technologies for real-world, skills-driven training. The SMC Flexible Manufacturing System is used by countless companies and schools across the globe for real industry training.
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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.
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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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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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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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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-201: Body Supply Part Feeder + Detector/Ejector The process: A gravity feeder houses the parts in a column. Each part has a non-symmetrical interior housing and is ejected by a pneumatic cylinder. The correct orientation of the part is verified using a cylinder with a plunger. After verification, an oval section pneumatic cylinder moves the work-piece to the final position. Otherwise, a single acting cylinder removes the part via the evacuation ramp.
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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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Take a look at 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 production applications and supply chain applications – for a school to provide real-world advanced manufacturing training. The training system is a modular design comprised of 14 interconnected stations for hands-on training and research of connected systems, operational data and data analytics, IIoT, predictive and preventative maintenance, management execution software (MES), inventory tracking and control, cybersecurity, and more. This system is aligned with SMC’s Industrial Certification Pathway for Industry 4.0.
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TOOLKIT’s comprehensive training solution for remotely accessed and virtual training brings your classroom/lab training equipment directly into the homes of students, anytime/anywhere around the world. The RAB-400 allows you to connect, control and visualize your educational equipment remotely for training that fits ALL needs. The RAB-400 system provides students with secure access to different devices with ethernet communication of a didactic system so that they can control or visualize them from anywhere in real time. For this purpose, it includes a camera to connect to the network and visualize the machine during its use. Easy and simple configuration with the software assistant RAB-400 so that the student can be able to work from anywhere while the instructor supervises the operation from the lab.
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The Virtual Training Simulator from Toolkit is a one-of-a-kind training platform for mobile devices that brings SMC’s hands-on training systems to your fingertips for virtual, hands-on training to take place any time, any where! The SMC Training Systems are made in a one-for-one scale in digital format where students can go through every training exercise and activity, including troubleshooting, in a virtual environment. Get hand-held guidance in a step-by-step manner for each exercise of the physical system, including use of the built-in digital multimeter. Students can view, analyze and understand system technologies on a component-level as well as a system level. Added excitement is provided through Virtual Reality where students can view and perform exercises in VR to scale!
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The flagship Management Execution System software from SMC brings Industry 4.0 technology and digital software to students’ fingertips. This online and connected system gives real-time feedback and data from the physical system, allowing students to learn crucial Industry 4.0 technologies and concepts in a project-based, real-world, tangible way. Users are able to control and manage the system, store and monitor all of the data regarding the manufacturing process, and gather valuable information pertaining to their orders. It is structured into four blocks: Management, Movements, Supervision and Administration. General features: Access via Internet/LAN Multi-Platform Multi-User / Several roles
