Is the process and equipment of gear machining complex?

A gear processing device is used to process halberd gears and bevel gears. This gear processing device has a closed frame structure to increase the rigidity and gear processing accuracy of the gear processing device. This gear processing device includes a base, a column structure, a * * * linear moving device, a second linear moving device, a rotary table, and a third linear moving device. Both the column structure and the * * * linear moving device have a closed frame structure to reduce the overall weight and increase the resonance frequency. This gear processing device utilizes a symmetrical linear motor to drive a linear moving device, and a direct drive motor to drive the main shaft head and rotary table.

Gear processing technology belongs to the field of mechanical manufacturing. The tooth top reference circle formed by this product during the process provides a reliable alternative reference for positioning and clamping for hot post processing, making the workpiece positioning and clamping reliable, and convenient for clamping, thereby making the quality of the gear more stable. This product is directly clamped to the tooth top reference circle P by means of a thin film clamping claw. Compared to the original clamping method, this clamping method significantly enhances the ability to overcome reciprocating axial forces, reducing positioning The impact of grinding wheel powder on the machining quality during the clamping process has also completely eliminated the impact of wear and deformation of the drum shaped cylinder on the full tooth pitch circle jig on the relevant machining quality, making the gear machining quality stable. The second is the decrease in the scrap rate, the improvement in workpiece clamping speed, and the savings in the cost of the full tooth pitch circle jig, resulting in a corresponding reduction in gear manufacturing costs