Structural principle of hollow rotating platform

The structural principle of the hollow rotating platform is to achieve rotation effect through the meshing of gears on the inner and outer rings. The gears on the inner ring mesh with the gears on the outer ring, and the rotational force is transmitted to the inner or outer ring through a transmission mechanism. This design gives the hollow rotating platform the characteristics of compact structure and comprehensive functionality, and has a wide range of applications in the field of industrial automation.

The core characteristics of hollow rotating platforms include high efficiency, high precision, high rigidity, and high cost-effectiveness. It integrates many advanced technological features, such as high output and high rigidity, thanks to the use of cross roller bearings, which can withstand various moments such as radial, axial, and overturning, ensuring the stability and durability of the platform. In addition, the hollow rotating platform also has high-precision positioning capability without backlash, which can achieve segmentation at any angle, and its repeated positioning accuracy is very high, comparable to or even exceeding traditional DD motors.

Structurally, the hollow rotating platform is supported by precision cross roller bearings, which are designed to withstand various torques and ensure the rigidity and stability of the platform through preloading. The gear design of the platform follows the principle of reducer, and the backlash is controlled by changing the gear center distance to minimize backlash, ensuring high-precision positioning capability. In addition, the hollow structure design of the hollow rotating platform also provides convenience for its application in ventilation, water supply, and electricity supply, meeting the needs of different industries and application fields.

Overall, the hollow rotating platform is an automated equipment that integrates high efficiency, high precision, and high rigidity. Its application in industrial automation production lines greatly improves production efficiency, and due to its high stability and durability, it has become an indispensable equipment in many industrial fields. ‌