The solution of radial milling of CNC milling machine is too applicable

During the cutting process of the CNC milling machine, there are many reasons for the formation of machining errors. The error caused by the radial flutter of the machine tool is one of the main factors. It indirectly reflects the minimum shape error that can be reached by the tool in the real machining environment and is processed. Nominal how much shape precision. In the practice of cutting, the radial flutter of the machine tool reflects the processing precision, nominal roughness, non-uniformity of the machine tool wear, and the cutting process characteristics of the multi-tooth machine tool. The larger the radial surge of the machine tool, the less stable the machining form of the machine tool, and the more it reflects the machining results.

 Reasons for the occurrence of radial thrashing: the manufacturing error of the machine tool and the main optical axis component, the clamping error formed the drift and fairness between the machine tool axis and the actual rotation axis of the main optical axis, and the detailed processing technology, tooling, etc. can all occur on the CNC milling machine Radial toss in the midst. The response of the main optical axis's own radial tossing: The secondary reasons for the main optical axis's radial tossing error are the coaxiality errors of the journals of the main optical axis, the various errors of the bearings themselves, and the coaxiality between the bearings. The degree of error, the deflection of the main optical axis, etc., their response to the radial rotation precision of the main optical axis is not the same depending on the processing form. The agency's elements are being formed in the process of making and disassembling tools, and it is difficult for the operator of the tool to prevent their reactions. There is no reaction caused by the differences between the core of the machine tool and the main optical axis winding core: The machine tool is being installed in the process of the main optical axis. If the core of the machine tool and the main optical axis winding core are not different, it will also bring the machine to the radial . The detailed reaction factors include: the cooperation between the machine tool and the chuck, whether the tooling method is accurate, and the quality of the machine tool itself. The response brought by the detailed processing technology: The radial flutter occurring on the machining day is secondary to the radial cutting force deepening the radial flutter. Radial cutting force is the component of the total cutting force in the radial direction. It will cause the workpiece to meander and deform and the vibration of the processing day, which is a secondary component of the processing quality of the workpiece. It is secondarily affected by factors such as the amount of cutting, the information of the machine tool and workmanship, the position of the machine tool, the smooth form and the processing method.