Planetary gearboxes, with their core advantages of high transmission efficiency, high torque density, high positioning accuracy, low backlash, and compact structure, have become key power transmission components in CNC equipment. Their primary function is to convert the high-speed, low-torque output of servo motors or stepper motors into low-speed, high-torque output, while ensuring transmission accuracy and stability, thereby meeting the stringent requirements of CNC machine tools for motion control, positioning accuracy, and load capacity.

The Shaft-Output High-Load-Capacity Planetary Gear Drive is a compact transmission system with a vertical 90° input-output shaft configuration, both aligned on the same plane. The output end incorporates high-load tapered roller bearings to withstand extreme radial forces and overturning moments. Power transfer and speed reduction are achieved through multi-stage gear meshing, making it ideal for space-constrained industrial applications requiring vertical torque redirection, especially in machine tools with high overturning moment demands.

The Shaft-Output Circular-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 circular housing and a circular 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.