A CNC device complies with directions from a pre-programmed computer system software. This program defines the equipment’s motion, speed, and position to achieve a particular product form.

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The CNC machining process includes the following actions:

  • Working in CAD: The designer develops a 2D/3D illustration in a computer-aided design (CAD) software program. This file consists of specifications, such as the structure and dimensions that will tell the CNC maker how to produce the component.
  • Transforming the CAD file to CNC code: Considering that CAD data find usage in lots of applications, the designer requires to transform the CAD drawing into CNC-compatible data. They can alter the CAD layout to a CNC format with a program such as computer-aided manufacturing (CAM) software.
  • Machine preparation: Once the driver has an understandable document, they can set up the machine itself. They attach the appropriate workpieces and tooling for the program to implement correctly.
  • Process implementation: With the files as well as equipment prepared, the CNC operator can execute the final procedure. They begin the program, which then overviews the device through the whole procedure.

When the developer and operator full this process properly, the CNC device can execute its jobs efficiently, as well as accurately.


CNC makers find usage in a variety of applications because of their flexibility. In a commercial context, CNC equipment can perform:

  • Manufacturing processes: CNC devices can increase the ability to produce services looking for automated procedures.
  • Rapid prototyping: CNC equipment can rapidly produce model parts with a high level of accuracy.

Given that CNC machines can manage 2D/3D layouts, they have a large range of applications in numerous markets.

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