Multi-axis numerical control milling equipment with automation detection and machining technology of multi-axis numerical control milling equipment

Abstract

The invention discloses multi-axis numerical control milling equipment with automation detection. The multi-axis numerical control milling equipment comprises a rack. A worktable top is formed in therack. Two base clamps are placed on the worktable top. The worktable top is further provided with two multi-axis milling mechanisms, wherein the two multi-axis milling mechanisms are located on the two sides of a workpiece correspondingly. Each multi-axis milling mechanism comprises a horizontal rotation table borne on the workbench top, wherein the horizontal rotation table is controlled by a rotation motor arranged in the rack to rotate, a cross-shaped sliding rail is laid on the horizontal rotation table and is internally in sliding connection with a vertical rotation table, a power head and a servo motor are fixed to the vertical rotation table, and the machining angle of the power head is adjusted through the servo motor. The power heads are provided with milling cutters and laser sensors, the laser sensors are right opposite to the two ends of the workpiece, and when the power heads rotate by the angle, the angle of the laser sensors can be adjusted along with the power heads.

Description

technical field [0001] The invention relates to a multi-axis numerical control milling equipment with automatic detection. By setting horizontal and vertical rotary tables and cross slide rails in the equipment, the power head can move four axes relative to the workpiece to be processed, and can be used during the processing process. Adjust the lateral and radial positions as well as the inclination and toe angles for milling. Background technique [0002] In the prior art, the detection of frame products is generally carried out in special testing equipment or inspection fixtures, that is, the frame is taken out after processing, and then re-clamped into the inspection fixture to estimate the error by measuring equipment or visual inspection. value, followed by secondary processing. On the one hand, this detection method requires multiple clamping and multiple reprocessing, and the work efficiency is low. On the other hand, this traditional detection method often uses visua...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the detection of frame products is generally carried out in special testing equipment or inspection fixtures, that is, the frame is taken out after processing, and then re-clamped into the inspection fixture to estimate the error by measuring equipment or visual inspection. value, followed by secondary processing. On the one hand, this detection method requires multiple clamping and multiple reprocessing, and the work efficiency is low. On the other hand, this traditional detection method often uses visual inspection and simple measuring tools. , leading to large errors, low detection accuracy, and reduced processing quality of the final product

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