Briefly describe the processing of precision CNC lathe parts

Precision CNC lathe parts processing for rapid prototyping enables you to take advantage of many benefits of computer equipment to produce fast-turnaround prototypes, engineering models and high-quality usage parts in the shortest possible time.
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1. The numerical control processing speed is fast
CNC machining for large-scale production began in the 1970s. With the improvement of machine and software applications, it is now one of the fast and reliable methods for manufacturing complex shapes in metals and hard plastics.

2. CNC machining does not require fixed fixtures
Some manufacturing processes, such as plastic injection molding or pressure casting, require the use of rigid molds made of hardened or semi-hardened steel alloys. It usually takes several weeks to make these tools, depending on their complexity.

3. High precision in numerical control processing
In modern machine tool workshops, there is no traditional method that can achieve higher precision and accuracy than using computer-controlled cutting tools. This level of precision typically results in a tolerance of +0.05mm or 50 microns. This is very accurate for the vast majority of commercial applications.

4. CNC machining is easy to modify
Just by simply modifying a few lines of G-code program, the design can be modified quickly. This is particularly attractive for prototyping, allowing you to test several different iterations and evaluate the results immediately. Adjusting a program and making fine adjustments "while it is running" can significantly reduce the total lead time of product development without incurring any additional costs.

5. Multi-material CNC machining
CNC machines are indifferent to what they are cutting, as long as the material is hard enough and will not deform or melt under the pressure of the cutting action. This is also helpful for product development, or when you want to create several similar prototypes with slightly different mechanical or appearance performance.

For instance, the same design can be made of hard plastic, aluminium or steel, with only minor adjustments made to the speed and feed rate of the cutting tool.