myCobot Pro 450

myCobot Pro 450: General-Purpose Compact Collaborative Robot • Commercial-grade joint motor with brake • Multi-interface universal connectivity to devices • Support for multimodal large language model access 1.Highly Integrated Miniaturized Joint Module Innovatively incorporating a high-precision harmonic reducer within the compact robotic arm structure the integrated full-metal die-cast body achieves a perfect balance of small size lightweight design and high precision. Utilizing advanced joint space layout technology ensures efficient torque transmission in limited spaces successfully overcoming technical challenges such as heat dissipation wear and lifespan maintenance in micro-joint integration. 2.Drive-Control Integration and Open Connectivity Design The controller is innovatively embedded within the robot base realizing a streamlined "drive-control integration" architecture. Supporting multiple universal communication methods and equipped with abundant I/O interfaces it facilitates seamless connection with various external devices. Hardware integration and thermal optimization of the controller are accomplished within confined spaces ensuring stable and reliable operation across diverse application scenarios. 3.Full-Stack Self-Developed Hardware/Software and Open Ecosystem Achieving end-to-end independent R&D from underlying hardware to upper-layer application software an open and user-friendly robotic platform has been established. A key breakthrough is the self-developed myStudio Pro control software offering multi-level development interfaces ranging from graphical programming and drag-and-drop teaching to professional APIs catering to diverse user needs. Deep hardware-software co-optimization guarantees control performance while seamless integration with mainstream open-source ecosystems is enabled through comprehensive URDF models and standardized interfaces. myCobot Pro 450 is applicable in both educational research and commercial fields. It can be paired with ready-to-use solutions such as 3D vision-based random sorting high-precision writing and drawing and mobile composite robotics allowing for quick setup of teaching experimental or demonstration scenarios.