Rhinestone grinding and polishing machine

Abstract

The invention discloses a rhinestone grinding and polishing machine, which comprises a center support and a plurality of working devices arranged in a ring around the center support along the process path of the rhinestone grinding and polishing, wherein a plurality of manipulators are arranged on the central swinging plate, and each manipulator is used for The rhinestone fixture in the previous working device along the rhinestone grinding and polishing process path among two adjacent working devices is transferred to the latter working device. The rhinestone grinding and polishing machine of the present invention uses universal fixtures, and utilizes the manipulator to transfer the fixtures, which overcomes the problem of docking process caused by the head assembly and the spindle turntable assembly of the prior art because of the non-stop rotation of the head assembly and the main shaft turntable assembly. The utilization rate of mature technical means is high, and the risk of technology research and development is small.

Description

Technical field [0001] The invention relates to glass ornament processing machinery, in particular to a rhinestone grinding and polishing machine. Background technique [0002] Rhinestones are a kind of glass ornaments that can produce dazzling visual effects. They are widely used in the decoration of shoes, hats, clothing, handicrafts and other items. The rhinestone is a polyhedron, which is made by grinding and polishing crystal glass beads. [0003] The process path of the rhinestone grinding and polishing process is as follows: first glue the unprocessed crystal glass beads to the fixture needles of the fixture. This step is usually implemented in the upper and lower bead device; then transfer the rhinestone fixture to multiple grinding and polishing devices for the crystal glass beads Each surface on the front side is subjected to grinding and polishing. The first group of grinding and polishing devices may include two or more processing devices. These processing devices are ...

AI Technical Summary

Problems solved by technology

However, the main shaft turntable assembly of the above-mentioned automatic glass rhinestone grinding and polishing machine is constantly rotating, which causes great trouble to the realization of the docking process

The completion quality of the docking process is directly related to the yield rate. For this reason, special fixtures must be designed instead of general fixtures. Existing mature equipment and devices using general fixtures cannot be directly used, and the cost and risk of technology research and development are relatively high.

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