Its core structure mainly consists of two half couplings with external teeth and a housing with internal teeth. While transmitting torque, the elastic pin can effectively compensate for the radial, angular and axial offset between the two connected shafts, and can significantly absorb shock, vibration and mitigate dynamic loads during the transmission process. This coupling has a relatively compact structure and strong torque transmission capacity. It is suitable for medium and high-speed as well as medium to heavy-load working conditions (such as fans, pumps, compressors, general machinery, etc.), especially for applications that require buffering and compensation for installation deviations. Its maintenance is relatively simple. The main vulnerable part is the elastic pin, which has a low replacement cost and does not require moving the main shaft of the equipment.






Precision in power transmission is the cornerstone of high-performance automation. When dealing with servo systems, CNC equipment, or 3D printing modules, the slightest rotational clearance can lead to significant positioning errors and accelerated component wear. The aluminum alloy double diaphragm coupling is engineered specifically to eliminate this backlash while compensating for critical alignment deviations. By leveraging the elastic deformation of stainless steel diaphragms, this component ensures a rigid yet flexible torque transfer that protects sensitive encoders and motors from axial and radial stress. For procurement managers and system engineers, selecting a reliable flexible coupling Factory means balancing torsional rigidity with lightweight construction.