What are the precision testing methods for small module gear machining?

What are the precision testing methods for small module gear machining? Taixin precision small module gear manufacturer to share with you the precision detection method:

In order to find out the detection problem of small modulus gear and overcome the limitations of traditional force measurement methods (metaphorical force measurement), diameter measurement, tooth thickness measurement, easy probe damage, high cost, low efficiency, theory and implementation methods are proposed.

An adaptive measurement method based on constant distance and constant light intensity servo control was proposed to determine the influence of spot size and incident Angle on the measurement accuracy for the multi-color laser confocal ranging technology of small modulus gear and the accuracy detection method of four-axis kinematic platform.

A 3D topological measurement method for non-contact measurement of small modulus gear tooth surface and an adaptive matching calculation and analysis model between the 3D measured profile and the theoretical profile are presented. The same matching of single tooth surface and multi-tooth surface was realized, and the influence of clamping deviation on the measurement accuracy was reduced. The detection of small modulus gears with machining modulus less than or equal to 0.1mm was realized.

In order to find out the problems of small modulus gear detection and overcome the limitations of traditional force measurement methods such as force measurement, diameter measurement, tooth thickness, easy damage of probe, high cost and low efficiency, the principle and implementation of small modulus gear detection were studied.

Based on the multi-color laser confocal ranging technology and the precision detection method of small modulus gear of four-axis moving platform, an adaptive measurement path decision method based on constant distance and constant light intensity servo control method was proposed. The influence of spot size and incident Angle on measurement accuracy is reduced.

A three dimensional topological measurement method for non-contact measurement of tooth surface in small modulus gear processing plant and an adaptive matching calculation and analysis model between three dimensional measured tooth surface and theoretical tooth surface are proposed. The matching results of single tooth surface and multi-tooth surface are consistent, and the influence of clamping deviation on the measurement accuracy is reduced, and the gear detection with modulus less than or equal to 0.1mm is realized.