CNC Machining

CNC machining determines the movement of factory tools and machinery through pre-programmed computer software. It uses computer-aided control and machining tools to remove the material layers until the workpiece is made into the final desired part.

In traditional machining, skilled machinists operate the machine according to the project design specifications, use cutting tools to remove or shape metal, and use measuring instruments to ensure that the parts meet the requirements.

However, CNC machining uses computer programming to precisely control the machine to remove material, and the manufacturing process can also be highly automated and repeatable.

The difference between CNC turning and milling is whether the actual moving part is the machine itself or the raw material.

The CNC milling process involves placing the material fixedly while the cutting tool rotates around it.

In contrast, CNC turning requires the tool to remain in the same position while the material is rotated at high speeds to form a precise shape.

1. CNC machining is highly capable ofmass production of parts.
2. CNC machiningcan manufacture parts quickly.
3. CNC machiningare highly accurate and repeatable.
4. CNC machines can handlemany materials.
5. CNC machining can meet the manufacturing requirements of more complex shapes for parts.

CNC machining has strong practicability. It is not only applicable for industries requiring high precision, such as aerospace industry, medical industry, automotive industry, etc., but also widely used in industrial machinery, food and beverage industry, agriculture and other industries.