​CNC five-axis machining centerIt is a high-tech processing equipment mainly used for processing complex curved surfaces. It has five axes linkage and can process various irregular-shaped parts with all-round and high-precision processing. High-precision machining of CNC five-axis machining centers is mainly achieved through the following aspects:

Error synthesis method: By measuring the original errors of each axis of the machine tool, and using high-precision measuring instruments such as laser interferometers to synthesize the errors, measures can be taken to eliminate or reduce these factors.

Error transfer method: By transferring the geometric errors, force deformation and thermal deformation of the process system, it will not affect the processing accuracy. For example, the fixture is used to transfer the original error of the machine tool spindle to an aspect that does not affect the machining accuracy.

Error averaging method: Use mutual comparison and mutual correction between closely related surfaces, or use mutual benchmarks for processing, in order to achieve the purpose of eliminating processing errors.

Direct reduction of original error method: After identifying the main original error factors that affect machining accuracy, try to directly eliminate or reduce them. For example, the use of large feed reverse turning method basically eliminates the bending deformation caused by axial cutting force.

The above measures have significantly improved the machining accuracy of the CNC five-axis machining center. For more information, it is recommended to consult a professional.

(edit：admin)