What is the principle of gear hobbing machine for machining gears

Writer： admin Time：2024-06-19 13:50:58 Browse：74℃

1、 The principle of tooth engagement in gear shaping machines

Gear hobbing machine machining is based on the principle of gear rack meshing. 

The meshing between the gear and the rack is achieved by matching the teeth on the gear with the grooves on the rack.

The gear slotting machine uses cutting tools to process gears, forming tooth grooves to ensure that the tooth heel

 of the gear perfectly fits with the tooth groove of the rack, ensuring the normal operation of the gear.

2、 Advantages of Gear Shaping Machine in Gear Processing

Compared with other gear processing methods, gear hobbing machines have the following advantages:

1. Efficiency: The gear hobbing machine can complete the machining of gears in a very short time, saving a lot of processing time compared to traditional machining methods.

2. High precision: The gear shaping machine can manufacture various specifications of gears very accurately, ensuring the accuracy of gear matching.

3. Strong flexibility: Gear hobbing machines can manufacture various types of gears to meet the needs of different industries and fields.

4. Good stability: The gear shaping machine has high precision and good stability during the machining process, 

which can ensure the long-term stable operation of the gears and extend their service life.

In short, gear hobbing is an efficient, precise, flexible, and stable machining method that can meet the needs of various industries for gears.

【 Conclusion 】

Gear hobbing machine is a machine tool that processes gears and racks based on the principle of meshing, 

and has a wide range of applications in the gear manufacturing industry.

It has many advantages such as high efficiency, high precision, strong flexibility, and good stability, 

and can manufacture gears of various specifications. I believe that with the continuous progress of technology,

Gear hobbing machines will have broader development prospects in the field of gear processing.