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Jun 13 , 2025
Polyoxymethylene (POM), also known as polyacetal, is a type of plastic material that has significant advantages in the field of CNC machining. This plastic is highly regarded across various industries due to its exceptional performance, diverse advantages, and wide range of applications. Its chemical stability, dimensional stability, mechanical strength, and low friction make it a leading choice for engineering applications.
When we delve into CNC machining materials, we must ask whether CNC POM is suitable for making parts. Next, we will thoroughly analyze the various aspects of CNC POM.
CNC machining materials specifically refer to those suitable for high-precision machining on CNC machines. Polyoxymethylene is an ideal CNC machining material due to its excellent hardness, strength, and rigidity, making it a perfect choice for manufacturing parts that require high precision, high rigidity, and low friction.
In the process of CNC POM, it is first necessary to generate a CAD file of the part according to design requirements, then convert it to CAM, and further transform it into G-code recognizable by CNC machines. Subsequently, the polyoxymethylene workpiece is cut to the appropriate size and fixed on the machine. Ensuring the stability of the workpiece during this process is crucial, as any positional changes could affect the final machining quality.
Using specialized cutting tools on CNC machines, such as universal flat-end mills, can effectively remove excess material from the workpiece. Additionally, to ensure the smooth progress of the machining process, it is necessary to regularly clean the machine to prevent plastic debris from clogging the tools.
Overall, CNC POM is not only technically feasible but also an essential material in modern engineering due to its excellent physical properties and wide applicability. Through high-precision CNC machine processing, polyoxymethylene can demonstrate its superior performance, meeting the requirements for manufacturing various complex and precise parts.
