Transmission system component processing refers to using various cutting tools to perform cutting, drilling, milling and other operations on raw materials to manufacture various components required in the transmission system, such as gears, bearings and couplings. These elements play a key role in transmitting power and converting movement patterns.
What are the types of cutting tools?
In the processing of transmission system components, the commonly used cutting tools mainly include the following:
Milling cutter: used in milling operations to create component surfaces of specific shapes and sizes.
Drill Bit: Used for drilling holes to create precise hole diameter and depth.
Turning tool: used for turning operations to process the peripheral shape of shaft components.
Sharpening: Used in grinding operations to improve surface smoothness and accuracy of components.
Gear shaping cutter: specially used for gear processing to create precise tooth shapes.
How to choose the right cutting tool? When selecting cutting tools, there are several factors to consider:
Material type: Different raw material hardness and toughness will affect the selection of cutting tools.
Processing accuracy requirements: High-precision processing requires the use of high-quality and high-precision cutting tools.
Processing speed and efficiency: For rapid mass production, it is more appropriate to choose tools that are durable and capable of high-speed cutting.