Novel vortex finishing machine

Abstract

A novel vortex finishing machine comprises a working roller of the vortex finishing machine and a motor assembled with a turntable and is arranged on a pedestal through a bracket. The novel vortex finishing machine is characterized in that: the roller, a steel ring and the turntable of the novel vortex finishing machine are made of a carbon fiber material; the carbon fiber steel ring is integrally assembled with the carbon fiber working roller through a connecting piece; a motor driving shaft is assembled in a projecting sleeve in the center of the w-shaped carbon fiber turntable; and the carbon turntable is in movable fit with the carbon fiber steel ring. An inner surface structure of the turntable adopts a waveform structure and a grinding material and a work piece rubs each other through waves in a moving process, so friction strength is increased, finishing time is reduced for more than half and working efficiency is greatly improved. The roller, the steel ring and the turntable of the novel vortex finishing machine are made of the carbon fiber material, so the novel vortex finishing machine is more wearable than a traditional polyurethane vortex finishing machine and has 4 to 6 times higher abrasion resistance than polyurethane, long service life, little resource waste and near zero replacement rate of damaged parts.

Description

technical field [0001] The invention relates to a novel swirl finishing machine, which is suitable for polishing metal or nonmetal parts. Background technique [0002] In the prior art, such as the polishing machines disclosed in the invention patent specifications of ZL99223505.7, ZL99225136.2, and ZL00210254.4, all are single-machine polishing metal or non-metallic parts to be processed. After finishing the work of polishing the parts, pour them into the sorting machine together with the parts and abrasives to separate the parts and abrasives, and then pour the abrasives into the working tank to polish the next batch of parts. The above-mentioned processing equipment is set up separately, and the entire processing procedure requires manual work, which is labor-intensive, time-consuming and laborious, and the processing efficiency is low. [0003] Another example is a semi-automatic swirl type light decoration unit disclosed in the ZL01250701.6 invention patent specificati...

AI Technical Summary

Problems solved by technology

[0004] The working tank of the above-mentioned swirl finishing machine is made of steel lined with polyurethane. The polyurethane lining and the turntable of the finishing machine are not wear-resistant enough, the service life is short, the replacement frequency is high, the finishing time for parts is relatively long, and the work efficiency is relatively low.

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