What is the difference between CNC lathe processing and traditional lathe processing?

CNC lathe processing initial steps to determine the parts of the process requirements, the processing of the workpiece batch, the proposed CNC lathe should have the function to do the preparatory work, the rational choice of the premise of CNC lathe

Conditions to meet the typical parts of the process requirements Typical parts of the process requirements are the parts of the structural size, processing range and accuracy requirements. According to the precision requirements, that is, the dimensional accuracy of the workpiece,

Positioning accuracy and surface roughness requirements to select the CNC lathe control accuracy.

According to the reliability to choose, reliability is to improve product quality and production efficiency guarantee. CNC machine tool reliability is the machine under the conditions of the implementation of its function, the long-term stability of transport

Line without failure. That is, the average time between failures, even if a failure, a short period of time to restore, re-use. Choose a reasonable structure, well-made, and has been mass production of the machine

bed. In general, the more users, the higher the reliability of the CNC system. General import system is Japan's three Ling, France that grams, Germany's Siemens, made a wide number of domestic, Kane Emperor, the new generation is more commonly used.

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CNC lathe processing lathe processing

Lathe processing is part of the machining, there are two main forms of processing: one is to fix the knife, the processing of the workpiece in the unformed rotation, the other is the workpiece fixed, through the workpiece

Of the high-speed rotation, turning (turret) horizontal and vertical movement for precision machining. In the lathe can also be used drill, reaming drill, reamer, tap, die and knurling tools such as the corresponding

Of the processing. The lathe is mainly used for machining shafts, plates, sleeves and other workpieces with slewing surfaces, and is the most widely used class of machine tools for machinery manufacturing and repair plants.