Precision gear transmission has the advantages of small size, light weight, large transmission torque, stable starting, and finely graded transmission ratio. It can be connected arbitrarily and installed in various ways according to user requirements. Among all mechanical transmissions, gear transmission technology has the widest application range, and can be used to transmit motion and power between two shafts with relatively important positions.

The drive noise generated by helical gear processing has always been a difficult problem in the drive industry. Common solutions are as follows: 1. Mixing between the helical gear and other parts; 2. The shape of the helical gear itself;

What is the reason why helical gears are more difficult to process than spur gears?I'll take you to answer it today.

In recent decades, great progress has been made in precision gear forging. More and more manufacturers and users pay attention to gear forging.

Gear processing methods, here focuses on the common cutting methods.

Gears are an important part of modern mechanical transmission, and they are widely used in various mechanical equipment. According to statistics, among various mechanical failures, gear failures account for about 10.3%. The following is the common failure modes of gears, and the corresponding prevention or introduce the measures to delay failure.

Gears will be impacted by forces such as meshing, collision, rolling, sliding, etc. during the working process.so the selection of gear materials and heat treatment methods is very important.so the selection of gear materials and heat treatment methods is very important.The hardness of the material and the hardness of the tooth surface can improve the anti-fatigue ability of the tooth surface and prevent the unevenness of the tooth surface and cause wear.

This article is just an introduction about causes and treatment of common problems in gearboxes