WE-III-O-32 precision heavy-load copper worm gear double worm shaft full protection worm gear worm shaft type slewing drive

WE-III-O-32 is precision heavy-load copper worm gear double worm shaft full protection worm gear worm shaft type slewing drive, customers use it in the field of precision turntables, requiring high precision, fast rotation speed, stable and reliable. Unique Transmission designed this heavy-load copper worm gear double worm shaft full protection worm gear worm shaft type slewing drive to customer according to customer’s requirements, this slewing drive adopts precision slewing ring inlaid with aluminum bronze ZCuAl9Fe4Ni4Mn2, which not only guarantees the load carrying capacity of the slewing drive, but also guarantees the slewing drive speed is fast, stable and reliable.

WE-III-O-32 precision heavy load copper worm gear double worm shaft full protection worm gear worm shaft type slewing drive, the housing is still made of QT450-10 integral casting, adopt double worm shaft design can greatly improve the rotation accuracy of the slewing drive, also the output torque is nearly doubled compared to single worm slewing drive. All the processing procedures of the housing are completed by the machining center to ensure the accuracy of the installation base. The material of the worm shaft adopts 42CrMo tempering (Q+T), the surface is ground after quenching to ensure accuracy and reliability of the worm shaft.

Installation, debugging, testing, grease filling, flexibility experiment, packaging and delivery are all done smoothly. A product that fully meets customer’s requirements is delivered successfully under the efforts of the Unique Transmission team, it’s worth mentioning that during the flexibility experiment, we found that the double worm shaft precision slewing drive is very easy to achieve synchronization of two worm shafts, which means that the customer can use two hydraulic motors or two servo motors to drive two worm shafts separately, can easily achieve double worm shaft slewing drive flexible rotation.