WLKATA Robotics Conveyor Belt Set for WLKATA mirobot Alternatives & Competitors

The WLKATA Sliding Rail Set is a valuable accessory designed to enhance the capabilities of the WLKATA Mirobot. This versatile set extends the robot's workspace by 0.5 meters, providing users with a larger operational area for various applications. It stands out for its compatibility with multiple control methods, including Blockly, Teach-and-Play, and Python programming within the WLKATA Studio software, ensuring flexibility in operation.

Constructed from high-strength steel and CNC-machined for precision, the Sliding Rail Set offers stable and durable performance. It features a maximum speed of 6000mm/min, enabling fast and efficient movement for a wide range of tasks. Notably, this set can be assembled both horizontally and vertically, allowing users to creatively build three-dimensional mini-factories by combining multiple sliding rails and robots. Additionally, it includes a continuous cable carrier to protect cables and maintain a tidy workspace, contributing to efficient and organized industrial automation processes.

The Sliding Rail Set's compatibility with multiple control methods and its ability to extend the working space make it a valuable addition to industrial automation setups. Its construction from high-strength steel and the provision of a cable carrier ensure durability and efficient cable management. Whether used in educational settings or industrial applications, this accessory offers flexibility and performance for various automation needs.

WLKATA Robotics' Mirobot stands as a compact and engaging platform designed for effective learning and demonstration of robotics and Smart Factory concepts. Featuring an impressive 6+1 Degrees of Freedom (DoF) and high accuracy, Mirobot offers professional-grade performance crucial for a wide range of applications in robotics and automation. Its open-source nature further enhances its versatility, enabling students and researchers to delve into robotics engineering with hands-on experience.

Mirobot's standout feature is its suitability for both educational and industrial contexts. This robotic tool comes complete with all the necessary accessories and tools required for mastering cutting-edge robotics and AI technologies. Its 6+1 DoF design closely emulates that of industrial robots, making it an excellent tool for showcasing manufacturing and other real-world applications. The robot's remarkable 0.2mm repeatability and the utilization of high-accuracy stepping motors with reducers contribute to its precise and reliable motion control.

Underpinning Mirobot's capabilities is an advanced kinematic control algorithm that ensures stable and accurate motion control. This algorithm employs continuous small line segment motions to guarantee the robot's precise movements. Its design specifically caters to educational purposes, as well as simulation and experimentation within the realm of Smart Factory and AIoT (Artificial Intelligence of Things) concepts. By offering a combination of educational resources, professional performance, and open-source adaptability, WLKATA Mirobot serves as an exceptional tool for fostering robotics engineering skills in an engaging and practical manner.

xArm 7 has 3.5kg payload and ±0.1mm repeatability. It utilizes redundant joints and delivers increased flexibility, which makes perfect for AI or CV research. The built-in software works perfectly with xArm studio - a fully GUI platform and features through our one system solution decreasing engineering and manufacturing time significantly.

xArm 5 Lite has 3kg payload and ±0.1mm repeatability. The built-in software works perfectly with xArm studio - a fully GUI platform and features through our one system solution decreasing engineering and manufacturing time significantly.

xArm 6 has 5kg payload and ±0.1mm repeatability, offering mainstream performance to match other 6 axis robot arms at a fraction of the price. The built-in software works perfectly with xArm studio - a fully GUI platform and features through our one system solution decreasing engineering and manufacturing time significantly.