? What determines the blank of precision gear processing? XINLAN Seiko takes you to learn more! - Yancheng XINLAN Precision Machinery Co., Ltd.

Yancheng XINLAN Precision Machinery Co., Ltd.

Gear box processing, gear box processing, precision gear processing, gear processing, gear box customization

Page positionPage location:Home > Press Room > What determines the blank of precision gear processing? XINLAN Seiko takes you to learn more!

What determines the blank of precision gear processing? XINLAN Seiko takes you to learn more!

Source: http://www.agricultural-gearbox.top/news643524.html时间:2021-07-05 17:07:00

The blank of the precision gear is determined by the material, structure, size, use condition and production batch of the gear.Commonly used gear materials and coarse gear materials are carbon steel, such as 15 steel and 45 steel; alloy structural steel usually uses high-speed, high-force, and high-precision gears.

Precision gear machiningTransmission is a mechanical transmission device that uses the teeth of two gears to mesh with each other to transmit power and movement.according toGear shaftRelative position, divided into parallel axisSpur gearTransmission, horizontal axis bevel gear transmission and horizontal axis helical gear transmission.Precision gear processing has the characteristics of compact structure, high efficiency and long service life.

The machining surface of precision gear has tooth surface and gear reference surface.The latter includes a reference hole with a multi-hole gear, a mounting end surface for cutting teeth, and a tooth for measuring the position of the blank or measuring the thickness of the tooth.Top cylindrical surface.High-precision gear transmission components usually have complex geometries and higher speed and efficiency requirements, and may encounter higher operating temperatures and larger loads, which requires components to be more durable.Precision technology solves these problems by reducing friction, extending component life and improving fuel efficiency; this process can form a smooth micro-textured surface, thereby improving oil retention and metallurgical safety.

The kneading part between the two gears transmits power, and the gear pair transmits movement and power.It is a widely used mechanical transmission method in modern equipment.Gear processing and transmission have high precision, high efficiency, compact structure, reliable operation, long service life and high transmission accuracy.