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What is the difference between a turning and milling machine tool and an ordinary machine tool

Time:2021-03-30 Views:289

1. High technical requirements for use and maintenance


The CNC lathe is the product of comprehensive multi-discipline and new technology. The price of the machine tool is high, and the one-time investment in the equipment is large. Correspondingly, the operation and maintenance requirements of machine tools are also very high. Therefore, in order to ensure the comprehensive economic benefits of CNC machining, machine tool users and maintenance personnel should have high professional quality.

 What is the difference between a turning and milling machine tool and an ordinary machine tool(图1)

2. Low labor intensity and good working conditions


Operators of CNC turning and milling machine tools usually only need to load and unload parts, change tools, and use the operation panel to control the automatic processing of the machine tool, which can greatly reduce labor intensity. In addition, CNC machine tools are generally equipped with better safety protection, automatic chip removal, automatic cooling and automatic lubrication devices, which can greatly improve the working conditions of operators.



3. High precision and stable quality


The turning-milling composite CNC machine tool is automatically processed according to a predetermined program, without manual intervention, which eliminates the error or error caused by the operator; the CNC machine tool itself has high rigidity, good precision, and good accuracy retention, which is more conducive to the stability of the quality of parts processing; this The software can also perform error compensation and correction, so that the CNC machining has a higher precision.


4. Strong adaptability and adaptability


The CNC turning-milling compound machine tool is controlled by the CNC machining program. When the machining parts change, as long as the CNC machining program is changed, the automatic machining of the new parts can be realized. Therefore, it can adapt to the requirements of continuous product upgrading in the current market competition, and solve the automation problem of multi-variety, single-piece, and small-batch production. It can meet the processing requirements of complex shape parts and special-shaped parts such as aircraft, automobiles, shipbuilding, power equipment, national defense, military industry, etc.

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