WLKATA Mirobot is a cute medium for learning and demonstrate emerging robotic technologies. It is Compact, Safe and Fun, and design with 6 axis which is necessary for display nearly all of the industrial and domestic uses. Check our Website and Github community to access to the up-to-date Mirobot Education Resource (tutorials, source code, DIY guidance, models) which is free for all.

This Professional Kit includes everything in the Education Kit , plus a wireless Bluetooth controller. The Bluetooth robot controller is a simple way for beginners learning control Mirobot, and is looked and functioned like a real industrial robot pendant. Check our Website and Github community to access to the up-to-date Mirobot Education Resource (tutorials, source code, DIY guidance, models) which is free for all.

The WLKATA Vision Set is designed specifically for WLKATA Mirobot to realize the automatic handling of objects. This product set contains one vision stand and one OpenMV vision module. It is an artificial intelligence learning platform based on python, C or C++ programming, which realizes the color and shape recognition of objects.

WLKATA conveyor belt set is compatible with WLKATA Mirobot. It can be controlled by WLKATA Studio, and programmable by Blockly, Python, teach-and-play. This set also provides a photoelectric sensor. So that Makers can simulate a real production line with WLKATA Mirobot and this conveyor belt set and experience the fun of playing with one’s own smart mini-factory.

WLKATA sliding rail set is compatible with WLKATA Mirobot and it can enlarge the workspace 0.5 meter. It has stable performance, and could be controlled directly by WLKATA Studio, including Blockly, Python and G-code. A cable carrier is also provided for protecting the wires. The sliding rail could be assembled either horizontally or vertically, so that maker could build a three-dimensional mini-factory by adopting a group of sliding rails and robots creatively.

Automobile assembly is a comprehensive system that integrates welding, assembly, behavior control, and execution. It focuses on the research results of sensor technology, information processing, electronic engineering, computer engineering, automation control engineering, and artificial intelligence, and represents the advanced integration technology of mechatronics. This production line helps students understand the principles and explore the knowledge of industry 4.0 and automobile manufacturing. It also cultivates students' abilities in innovative design, programming, and teamwork.

An automatic production line is the symbol of modern industry. This production line helps students understand the principles and explore the knowledge of industry 4.0 and intelligent manufacturing. It also cultivates students' abilities in innovative design, programming, and teamwork.

The Fruit Picking Line simulates the application of robots in the agricultural field. It can deepen students' understanding of robot application in agriculture and expand their innovative thinking.‍