Five-shaft numerical control polishing machine

Abstract

The invention discloses a five-shaft numerical control polishing machine. The five-shaft numerical control polishing machine comprises a machine base, an electric box, a hood, a sliding door, an operation panel, an alarming light, a Y-shaft servo module mechanism, an X-shaft servo module mechanism, a Z-shaft rotating mechanism, a jig, an upright post mechanism, a rotating power mechanism, a wax spraying gun and a wire passing pipe. According to the five-shaft numerical control polishing machine, hardware products can be horizontally moved and longitudinally moved, accurate polishing processing treatment can be carried out on the hardware products of different sizes, swinging polishing of different angles can be carried out on the hardware products, a polishing wheel can perform rotating polishing on the hardware products in different directions under driving of the rotating mechanism, three-dimensional polishing can be carried out on the hardware products, polishing effect is good, polishing precision is high, the problems of polished products that chamfers are sunken, local colors are inconsistent, and colors of the products are different are solved, polishing efficiency is high, the five-shaft numerical control polishing machine is suitable for polishing of the hardware products of different sizes, entire polishing process is operated fully automatically, and utilization is convenient and quick.

Description

technical field [0001] The invention relates to a five-axis numerical control polishing machine. Background technique [0002] The traditional polishing process of hardware products is generally done by manual polishing on one side of the hardware product. Due to the uneven control of manual operation, it will not only easily lead to local color inconsistency of the hardware product and the polishing of the hardware product. Chromatic aberration, it is also easy to cause the chamfering of hardware products to often collapse, and the defective rate of products is high. Calculated by 8 hours a day, the processing output of hardware products per day is: 500-600 pieces, low work efficiency, polishing The accuracy is poor, the processing effect is poor, and the labor cost is high. Later, some semi-automatic polishing machinery and equipment appeared on the market, but whether it is traditional manual polishing or polishing hardware products with polishing equipment, there are ma...

AI Technical Summary

Problems solved by technology

[0002] The traditional polishing process of hardware products is generally done by manual polishing on one side of the hardware product. Due to the uneven control of manual operation, it will not only easily lead to local color inconsistency of the hardware product and the polishing of the hardware product. Chromatic aberration, it is also easy to cause the chamfering of hardware products to often collapse, and the defective rate of products is high. Calculated by 8 hours a day, the processing output of hardware products per day is: 500-600 pieces, low work efficiency, polishing Poor precision, poor processing effect, high labor cost

Later, some semi-automatic polishing machinery and equipment appeared on the market, but whether it is traditional manual polishing or polishing hardware products with polishing equipment, there are many polishing processes, and only a single polishing surface of hardware products can be polished. , which cannot polish the 3D surface of hardware products

Images