The choice of the specific type of material used to manufacture the gear is ultimately a balance between required strength, durability and cost. This article reviews different metallic and non-metallic gear materials, gear applications, and power transmission calculations.

Usually you may hear different methods by machining bevel gears ,which includes straight bevel gears ,spiral bevel gears ,crown gears or hypoid gears .That is Milling ,Lapping and Grinding .Milling is the basic way to do the bevel gears .Then after milling ,some customers choose lapping ,some customers choose grinding .What’s the difference ?

Introduction: Herringbone gears combine the advantages of helical gears (high load capacity) and spur gears (no axial force).

Continue on to the features and pros and cons of other gears.

Today I will share with you the applications of various gears and their advantages and disadvantages.

Precision gear processing is a very delicate work. If there are errors in gear processing, it will inevitably affect the transmission work of the gears.

Precision gears are toothed mechanical parts that can mesh with each other, and are widely used in mechanical transmission and the entire machinery.

The rack and pinion is quite stable in the process of transmission, so it is a relatively stable one among similar technologies, and it also has its own characteristics.