In robotics, the main application of the Hollow rotating platform is as a joint for robots. Traditional robot joints are usually driven by motors and move through reducers. The Hollow rotating platform can be directly used as a joint, eliminating the need for a reducer and simplifying the entire robot structure. Meanwhile, due to the high precision and stability of the Hollow rotating platform, the robot is able to complete more complex tasks in various environments.

Another important application of the Hollow rotating platform is the robotic end effector. In robotics, the end effector is the part that directly contacts the external environment and is responsible for performing specific tasks such as grasping and handling. The Hollow rotating platform can be used as a part of the end effector to achieve multiple motion modes through rotation, improving the efficiency and flexibility of robot operations.

The Hollow rotating platform has other applications in robotics technology, such as being used as a carrier for robots, sensor brackets, etc. These applications fully utilize the advantages of high precision and smoothness of the Hollow rotating platform, providing strong support for the performance improvement of robots.

The advantages of the Hollow rotating platform in robotics technology are not only reflected in its performance, but also in its manufacturing and maintenance. Due to the simple structure of the Hollow rotating platform, the manufacturing process is relatively easy and the cost is low. Meanwhile, due to the absence of complex components such as reducers inside, maintenance is relatively easy. This makes the Hollow rotating platform have a wider range of application prospects in robotics technology.

The application prospects of the Hollow rotating platform in robotics technology are broad and have great potential for development. With the continuous development and progress of robotics technology, we believe that the Hollow rotating platform will play a more important role in the future, bringing more convenience to human life.