What are the application characteristics of CNC lathe processing?

The processing applications of CNC CNC lathes are becoming more and more widely used, and how to 'manage, use and maintain' CNC lathes has become an important issue that needs to be solved urgently. Using CNC lathe processing is not a simple equipment, but an application project with strong continuity. To truly play its role, we must manage scientifically, fully understand the characteristics of CNC processing, and coordinate the relationships of each production link.

The reason why CNC lathe processing technology can be widely used in large enterprises is mainly because CNC lathe processing technology has the following characteristics:

Feature 1: Highly automated, which can reduce the operator's physical strength and labor intensity.

The processing process of CNC CNC lathes is automatically completed according to the input program. The operator only needs to start adjusting the tool, cutting the workpiece, and replacing the tool. During the processing process, it mainly observes and supervises the operation of the machine tool. However, CNC lathe processing technology content is high, and the mental labor of operators increases accordingly.

Characteristic 2: CNC lathe machining parts with high accuracy and stable quality.

The positioning accuracy and repeat positioning accuracy of CNC lathes are very high, which can easily ensure the consistency of the size of a batch of parts. As long as the process design and procedures are correct and reasonable, and careful operation, the parts can be guaranteed to obtain higher machining accuracy. , and it also facilitates quality control of CNC lathe processing.

Feature 3: The processing efficiency of CNC lathes is high.

CNC lathes are clamped and processed multiple processing surfaces on CNC lathes, and generally only conduct first-piece inspections, so many intermediate processes such as marking and dimensional inspection during ordinary lathe processing can be eliminated, thereby reducing auxiliary time. Moreover, because CNC CNC The quality of the lathe parts is stable, which is convenient for subsequent processing, and its comprehensive efficiency is significantly improved.

Feature 4: CNC lathe processing, easy to develop new products and improve products.

CNC machining of CNC lathes generally does not require very complex process equipment. By writing processing programs, parts with complex shapes and high accuracy requirements can be processed. When modifying or changing the design of the product, you only need to change the program without re- Design molds. Therefore, CNC lathe processing can greatly shorten the product development cycle and provide a shortcut for new product development, improvement and transformation.

Feature 5: CNC lathe processing can develop more advanced manufacturing systems.

CNC lathe processing technology is the basis of computer-aided manufacturing.

Feature 6: The initial investment of CNC lathes is relatively large.

The reason is due to factors such as high cost of CNC lathe equipment, long preparation cycle for the first processing, and high maintenance costs.

Feature 7: High requirements for CNC lathe maintenance.

CNC lathes are typical mechatronic and intensive CNC lathe processing products, requiring maintenance personnel to understand both machinery and microelectronics technology, and also have good maintenance equipment.

The application of CNC lathe processing technology not only requires the careful operation of operators, but also requires scientific management, a complete management system and a scientific production model to improve production efficiency.