WLKATA · Training Stations
Model: MiroMAX Advanced Robotics Workcell
Technical training work cell with the MiroMAX arm covering automation, machine vision and cybersecurity. Programmable with Blockly, Python and ROS2.
Training stations
Model Mirobot Fruit Picking Cell
Technical training cell that simulates automated fruit harvesting with a Mirobot arm and machine vision. Teaches robotics and sensor applications in smart agriculture.
Training stations
Model Mirobot Fruit Picking Line
Training line that combines Mirobot arms, vision and sensors to simulate automated fruit picking. Designed for career and technical education (CTE) in agritech.
Training stations
Model Mirobot AI Automatic Sorting Cell
Training cell for automatic object sorting with a Mirobot arm and machine vision. Includes a touchscreen for control and teaching of smart manufacturing.
Training stations
Model Mirobot AI Automatic Sorting Line
Educational production line with an AI vision set, two robotic arms, a conveyor belt and a master control unit with rail. Teaches vision-assisted robotic automation.
Training stations
Model Mirobot Automobile Assembly Cell
Training cell that simulates automotive assembly processes with a Mirobot arm. Includes a touchscreen for operation and manufacturing practice.
Training stations
Model Mirobot Automobile Assembly Line
Educational production line that reproduces automobile assembly with multiple robotic arms, conveyors and sensors. Designed for technical education in smart manufacturing.
Training stations
Model Mirobot Automotive Manufacturing Line
Training line that integrates the AGV rover with Mirobot arms to simulate automotive logistics and manufacturing. A CTE technical training solution.
Training stations
Model Mirobot MT4 Logistic Warehouse Cell
Educational logistics storage and sorting cell with Mirobot and MT4 arms. Includes a touchscreen for station control.
