CNC (Computer Numerical Control) machining is widely used in manufacturing, where a computer controls the machine tool throughout the process.

During CNC machining, a CAD design file is created and imported into the CNC machine. A code, typically referred to as G-code, is then generated to control various aspects of the machining process, such as feed rate, positioning, coordination, and speed.

Prior to production, testing is essential to ensure that the G-code generated is an exact match to the original CAD design file.

Once all preliminary steps are complete, production begins, and the material is loaded into the CNC machine. The machining process remains consistent, regardless of the number of workpieces being produced.

In some cases, to better manage heat and debris, operators apply cutting fluid to the machining tools during the process. This helps prevent tool damage from overheating and ensures better control over the tool’s performance.

CNC machining offers many advantages, including extremely high precision, the ability to machine complex shapes, and the ability to repeat processes with exact accuracy. These tasks are often difficult to achieve manually. As a result, CNC machining has a wide range of applications and can easily transform any 2D or 3D design into a high-quality finished product.

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