Newly launched long arm collaborative robot BRTIRXZ1515A

In terms of safety: in order to ensure the safety of human-machine collaboration, collaborative robots generally adopt lightweight design, such as a lightweight body shape, internal skeleton design, etc., which limit the operating speed and motor power; By using technologies and methods such as torque sensors, collision detection, etc., one can perceive the surrounding environment and change their own actions and behaviors according to changes in the environment, allowing for safe direct interaction and contact with people in specific areas.  

In terms of usability: Collaborative robots greatly reduce the professional requirements of operators through drag and drop teaching, visual programming, and other methods. Even inexperienced operators can easily program and debug collaborative robots. Early industrial robots typically required professionals to use specialized robot simulation and programming software for simulation, positioning, debugging, and calibration. The programming threshold was high and the programming cycle was long.  

In terms of flexibility: Collaborative robots are lightweight, compact, and easy to install. It can not only work in small spaces, but also have a lightweight, modular, and highly integrated design that makes them easy to disassemble and transport. It can be redeployed in multiple applications with short time consumption and no need to change the layout. Moreover, collaborative robots can be combined with mobile robots to form mobile collaborative robots, achieving a larger operating range and meeting the needs of more complex application scenarios.