A planetary hollow rotary table is an integrated system combining a planetary gear reducer with a hollow rotary platform, offering a wider range of gear ratios tailored to specific applications. Its core design features a hollow structure, allowing pipelines (e.g., air tubes, electrical cables) to pass through the center of the turntable, eliminating the cable entanglement issues common in traditional rotary mechanisms. Driven by a servo motor, the platform achieves high-precision angular control through gear reduction or worm gear transmission, delivering exceptional rigidity and repeat positioning accuracy.

The standard hollow rotary platform is an integrated device combining precision transmission and positioning functions. Its core design features a hollow structure, allowing pipelines (such as tubes and wires) to pass through the center of the rotating table. It can be directly connected to a servo motor. Driven by a servo motor and utilizing gear reduction, this platform achieves high-precision angular control and boasts characteristics such as high rigidity and high repetitive positioning accuracy. It can serve as a replacement for DD motors and cam dividers.

The Shaft Output Square Flange Planetary Gearbox is a planetary gear transmission system with a vertical 90-degree layout between the input and output shafts, both positioned on the same plane. The gearbox features a square housing and a square output flange. Power transmission and speed reduction are achieved through multi-stage gear meshing. Its compact and space-efficient design makes it ideal for general industrial applications with spatial constraints or requiring vertical input-output orientation.

The Right Angle High Load Capacity Planetary Gearbox is a planetary gear transmission system with a vertical 90-degree layout between the input and output shafts, both positioned on the same plane. The output end is reinforced with high-load tapered roller bearings, enabling it to withstand greater radial forces and overturning moments. Power transmission and speed reduction are achieved through multi-stage gear meshing. Its compact and space-efficient design makes it ideal for general industrial applications with spatial constraints or requiring vertical input-output orientation, particularly suited for machine tools demanding high resistance to overturning moments.