CNC Lathe Machining Accuracy

The machining accuracy of a CNC lathe refers to the comprehensive performance of its positioning, repeated positioning, geometric and cutting accuracy during the manufacturing process.

Specifically:

Positioning accuracy: Refers to the precision at which each moving component of a CNC lathe can move under the control of a CNC device. It is a prerequisite for ensuring the machining accuracy of parts.

Repetitive positioning accuracy: refers to the degree of consistency in the position accuracy obtained by repeatedly running the same program code on a CNC machine tool.

Geometric accuracy: It is the comprehensive reflection of the comprehensive geometric error of the key components of a CNC lathe after assembly.

Cutting accuracy: It is a comprehensive inspection of the geometric accuracy and positioning accuracy of a lathe under cutting conditions.

The machining accuracy of CNC machine tools is influenced by various factors, including the accuracy of the machine itself, the technical skills of the operators, the brand and type of machine tool. Therefore, the machining accuracy of various CNC machine tools may vary