When 3D printing combines a large section of the manufacturing industry, CNC turning services is also a major form of the production process. Though 3D printing technology is widely used it does have some limitations. In such cases, alternative manufacturing techniques are implemented.
Computerized Numerical Control or CNC is a type of subtractive manufacturing process where a large block of material is given the targeted structure by using several tools. CNC enables the production of cylindrical parts and prototypes of diverse contours. The term ‘turning’ implies the removal of material on the external surface by the process of cutting.
Understanding CNC Turning Process
A CNC turning machine can produce axis-symmetric parts. The process involves the movement of the cutting tool along the axis of the machined part in a continuous rotational path. Thus, the lathe removes parts of the material according to the CAD file.
Today, the entire operation is fully automated without the involvement of manual intervention. The machine operates according to the input digital codes that control speed and the direction of tool movement. So, a skilled professional is required to administer the CNC machine.
The intricacy of the geometries determines the cycle time and the cost of production. Certain parameters for CNC turning operation include:
The speed of cutting
The speed of the spindle
The diameter of the workpiece
The depth of the axial cut
The feeding rate
The depth of the radial cut
Thus, the process demands extensive knowledge about the operation of the complicated CNC machine to obtain the desired parts.
Applications of CNC Turning
The CNC turning process is executed in a wide range of industries. Since the parts obtained are highly precise and possess extensive durability, CNC is used in manufacturing screws, pins, shafts, probes, etc. A large section of its implementation is observed in:
Automobile
Aerospace
Electronics
Mechanical
Military and
Medical
To get fastest and quality CNC turning services, it is important to understand and evaluate the quantity and demand for the required parts.
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