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Mechanical parts processing factors and surface treatment


The accuracy of a CNC machine depends on several factors, some of which are determined by the manufacturer of the CNC machine, and some of which can be controlled by the machinist.

In order to achieve accurate machining of mechanical parts, the following factors need to be considered:

First, the quality of the machine:

A good machine with good quality components will usually produce more accurate machine parts than a low quality machine.

Machine condition:

CNC machines contain a myriad of components, so proper maintenance is important to keep them accurate.

Tool condition:

Dull and worn tools that show signs of back face wear, crescent pit wear, etc. can reduce the accuracy of a CNC machine, so they need to be kept in good condition. Dull tools also increase cutting temperatures, which is another factor that reduces accuracy.

Fourth, on-machine inspection:

Feedback tools such as on-machine probes can tell the machinist if the machine is cutting accurately during operation. These tools can also be used to correct arbitrary deviations in real time, thus improving accuracy.

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