cnc machining milling parts

CNC milling of parts is a common machining method, mainly used for machining parts with complex shapes and sizes. The following are some common types and techniques for CNC milling of parts:

Complex surface parts: Complex surface parts are the most common type of CNC milling parts. The surface of these parts is usually composed of multiple different surfaces and requires multi axis linkage machining. When machining, it is necessary to use ball end milling cutters or other tools with good cutting ability, while paying attention to controlling cutting parameters to ensure machining quality and efficiency.

Mold parts: Mold parts are another common type of CNC milling parts. These parts are usually composed of multiple different surfaces and cavities, requiring high-precision machining and grinding. When machining, it is necessary to use hard alloy cutting tools or other tools with high hardness and good wear resistance, while paying attention to controlling the heat treatment and surface treatment of the mold material.

Aerospace parts: Aerospace parts are another type of CNC milling parts with special requirements. These parts are usually made of lightweight and high-strength materials, such as aluminum alloy, titanium alloy, etc., and require high-precision machining and polishing. When machining, it is necessary to use machine tools and tools with high rotational speed and high feed speed, while paying attention to controlling cutting parameters and tool wear.

Automotive parts: Automotive parts are another widely used type of part in CNC machining and milling. These parts usually need to have characteristics such as high precision, high strength, and good wear resistance, and require multi axis linkage machining and grinding. When machining, it is necessary to use high-precision and high rigidity machine tools and tools, while paying attention to controlling cutting parameters and tool wear.

In short, CNC milling of parts is an efficient and high-precision machining method that can process various parts with complex shapes and sizes. During the machining process, it is necessary to pay attention to the requirements of controlling dimensional accuracy, positional accuracy, and surface roughness, while selecting appropriate tools and cutting parameters is also very important.