CNC lathe and milling machine processing accuracy

Main factors affecting the machining accuracy of CNC lathes and milling machines

Rigidity and stability of lathes and milling machines
Machine tool rigidity refers to the ability of lathes and milling machines to withstand cutting forces during machining. Machine tools with insufficient rigidity will deform during the cutting process, thus affecting machining accuracy. Therefore, choosing high-rigidity machine tools, regular inspections and maintenance, and ensuring the stability of lathes and milling machines are the basis for ensuring machining accuracy.

Cutter selection and maintenance of lathes and milling machines
Tools are a vital part of CNC lathe and milling machine machining. Different tool materials, tool shapes and coatings will directly affect machining accuracy. High-quality, sharp tools can reduce errors in the cutting process. In addition, tool wear and deformation will also affect machining quality, so regular inspection of tool condition and timely replacement or grinding of tools are the key to optimizing accuracy.