What are the differences between CNC machining and traditional lathe machining? 

In terms of processing techniques, traditional machining can handle positioning, clamping, tools, and cutting simply. However, CNC machining is more complex but can process multiple parts simultaneously with high precision. 

2. In terms of clamping; in traditional machining, the processing capacity of the machine tool itself is limited, and multiple clamping operations are required. However, in most cases of CNC machining, special fixtures are not needed, which results in lower costs. 

CNC machining evolved from traditional manual machining and is a new type of numerical control machine tool processing based on ordinary machine tools and computer numerical control technology as well as computer-aided 3D design and development. 

Due to the continuous development of technology, there is an increasing demand for precision parts in modern industrial products. The complexity and precision requirements of parts are getting higher and higher. Therefore, automated CNC machining has become the trend of industry development. The following text will introduce the differences between CNC machining and traditional manual machining. 

In terms of processing technology, in traditional manual machining, aspects such as positioning, clamping, tool selection, and cutting can all be handled simply. However, CNC machining is more complex. These factors need to be considered in the numerical control program. Even for the same processing task, CNC machining has multiple solutions. It can process multiple machining parts simultaneously, and the processing accuracy can reach as high as ±0.01mm, which is unattainable by ordinary machining. 

In terms of clamping technology, in conventional machining, due to the limited processing capacity of the machine tool itself, multiple clamping operations are required during processing. Moreover, special fixtures are needed, which leads to higher fixture costs and increases production costs indirectly. However, in CNC machining, positioning and clamping are adjusted with instruments, and in most cases, special fixtures are not necessary, thus resulting in lower costs. 

Chenju Precision focuses on precision parts processing services, offering 3-axis, 4-axis, and 5-axis CNC machining, turning and milling compound processing, CNC lathe processing, and small batch parts processing, etc. It excels in complex structural parts and can customize special fixtures and jigs for projects. Each product undergoes at least four full inspection procedures, with a quality pass rate of 99.93%. It provides high-quality small batch processing customization services for customers, with sample production within 3 days and delivery within 7 days.