Types of parts suitable for machining on precision CNC lathes:
Shaft-type parts: Such as drive shafts and motor shafts, these parts require extremely high concentricity and surface roughness. Precision CNC lathes can achieve micron-level accuracy control through high-rigidity spindles and closed-loop feedback systems.
Disc-type parts: Such as flanges and gear blanks, their end face runout and radial runout need to be strictly controlled within 0.005mm. The constant surface speed cutting function of CNC lathes ensures processing consistency.
Sleeve-type parts: Such as hydraulic cylinder sleeves and bearing sleeves, precision CNC lathes, combined with high-precision internal boring tools, can achieve IT5 level bore diameter accuracy and Ra0.8 surface quality.
Precision threaded parts: Such as screws and nuts, the thread interpolation function of CNC lathes, combined with precision ball screws, can process high-precision threads with a thread profile angle error of ≤15′ and a pitch cumulative error of ≤0.01mm.
Intelligent error compensation: Algorithms analyze the thermal deformation pattern of the machine tool and adjust processing parameters in real time, improving the processing accuracy of complex parts by more than 30%.
Adaptive cutting parameter optimization: Based on the material database and cutting force model, it automatically generates the optimal spindle speed, feed rate, and cutting depth, increasing processing efficiency by 40%.
