Slewing drive is a transmission system that highly integrates slewing bearings, worm gears (or gears), bearings and driving devices. It is mainly used to achieve heavy-load, low-speed, high-precision rotational motion. Compared with the traditional split structure, the rotary drive has significant advantages such as compact structure, easy installation, and strong load-bearing capacity.

Core advantages of rotary drives

High load carrying capacity

Can withstand axial force, radial force and overturning moment at the same time, suitable for heavy load conditions

Good self-locking performance

The worm gear structure can realize self-locking and improve the safety of equipment operation.

Compact structure, saving space

Integrated design reduces peripheral structure and installation difficulty

Smooth operation and precise control

Suitable for applications requiring precise positioning and stable rotation

Low maintenance cost

Good sealing, dustproof and waterproof, long service life

Typical areas of application for slewing drives

Solar tracking system (photovoltaic, solar thermal)

 Construction machinery (lifting equipment, aerial work platforms)

 Agricultural machinery (sprinkler irrigation equipment, automated agricultural machinery)

Industrial Automation and Robotics

⚓ Ship and port equipment

 Radar, antenna and surveillance systems

Why choose a slew drive?

In applications that require stable rotation, precise positioning and high reliability, the rotary drive can effectively simplify the design and improve system performance, and is an indispensable key component in modern mechanical equipment.

1 2 3 4