stainless steel cnc machining precision parts

Stainless steel is a common material that is widely used in various manufacturing and processing industries. Precision machining of stainless steel using CNC machining equipment can obtain high-quality parts.

The following are common steps for precision machining stainless steel using CNC machining equipment:

Blank preparation: Before conducting CNC machining, it is necessary to prepare a blank suitable for CNC machine tool processing. The size and shape of the blank should comply with the requirements of the final part.

Clamping: Clamp the blank onto the CNC machine tool to ensure the correct position and direction of the blank.

Cutting processing: Use cutting tools on CNC machine tools to cut the blank. Cutting processing includes two stages: rough machining and precision machining. Rough machining mainly removes most of the materials, while precision machining is to ensure the dimensional accuracy and surface roughness of the parts.

Inspection: During and after the processing, it is necessary to inspect the parts to ensure that their size and shape meet the requirements. CNC testing equipment or manual testing methods can be used for testing.

Post processing: After processing, post processing is required, including cleaning, deburring, rust prevention, etc.

When precision machining stainless steel, the following points need to be noted:

Tool selection: For the cutting of stainless steel, it is necessary to choose tool materials such as hard alloy or high-speed steel, and use appropriate tool angles and cutting parameters.

Use of coolant: During the cutting process, it is necessary to use coolant to reduce cutting temperature and reduce tool wear.

Surface roughness control: The surface roughness of stainless steel has a significant impact on the performance and service life of parts. Grinding, polishing, and other methods can be used to control the roughness of the stainless steel surface.

Deburring treatment: After the stainless steel cutting process is completed, it is necessary to use deburring methods to remove burrs and sharp edges on the parts to avoid affecting the performance and service life of the parts.

In short, precision machining of stainless steel using CNC machining equipment can obtain high-quality parts. During the machining process, attention should be paid to tool selection, coolant usage, surface roughness control, and deburring treatment.