In today's industrial and construction sectors, equipment reliability and efficiency are crucial, especially in critical applications such as tire steering of beam carriers and steering of large gantry cranes. These scenarios place extremely high demands on the performance of the equipment, especially in terms of bearing heavy loads and performing precise operations. As a core component, the rotary drive plays a vital role in these applications.

The rotary drive mainly utilizes its unique structure to withstand large axial loads while providing large output torque. Through precise engineering design, this device can effectively distribute the load and enhance the stability and durability of the overall structure. For example, in the tire steering system of a beam truck, the slewing drive can assist in precise wheel steering, maintaining stable performance even in extreme working environments, ensuring the smooth completion of transportation tasks.

The application of slewing drives in large gantry cranes is equally important. Since the crane needs to operate in different axial directions and angles, there are very strict requirements for the synchronization performance of the steering system. The rotary drive can achieve a high degree of synchronization performance, ensuring that multiple sets of drive devices can work together accurately, thereby improving the accuracy and efficiency of operations and avoiding material loss or safety accidents caused by synchronization errors.

Please click on the slewing drive to view relevant parameters