Semiautomatic disk type polishing machine

Abstract

The invention discloses a semiautomatic disk type polishing machine which comprises an index plate. The index plate is rotatably mounted below a rotation combining power system; a plurality of work piece rotation gears are distributed on the surface of the index plate at intervals; a clamping station is arranged above each work piece rotation gear; a vertical cylinder bracket work piece is arranged above the index plate for positioning; a work piece length adjusting screw rod arranged at the center of the index plate is positioned with the above vertical cylinder bracket work piece; and a plurality of axial reciprocating scanning type polishing heads are arranged at one side of the index plate. According to the semiautomatic disk type polishing machine provided by the invention, the skill requirements of workers and the labor intensity can be greatly reduced, the machine structure is simple, the manufacture cost is lower, and the reliability is high.

Description

technical field [0001] The invention relates to a semi-automatic disc polishing machine. Background technique [0002] In the prior art, the rigidity of the vertical cantilever workpiece positioning, clamping (spring force), and rotation system is insufficient, which is unfavorable for polishing the long-axis workpiece. The 2nd, disc indexing and workpiece rotation are two sets of power systems, the structure is complicated, and the cost is higher. The third is that a polishing head can only process a fixed part on the workpiece. If the shape of the workpiece is more complicated or longer, a combination of multiple polishing heads is required to complete the surface processing of the entire workpiece, and only a single roughness of the workpiece surface can be processed. To complete the processing of various surface roughnesses, it is necessary to replace the polishing heads of different materials after each process is completed. The process switching is cumbersome, the pr...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the rigidity of the vertical cantilever workpiece positioning, clamping (spring force), and rotation system is insufficient, which is unfavorable for the polishing of long-axis workpieces

The second is that the disc indexing and workpiece rotation are two sets of power systems, the structure is complex and the cost is high

The third is that a polishing head can only process a fixed part of the workpiece. If the shape of the workpiece is complex or long, multiple polishing heads are required to complete the surface processing of the entire workpiece, and can only complete the processing of a single roughness on the surface of the workpiece.

The process switching is cumbersome, the processing cost is high, and the working hours are long

Fourth, the workpiece has been clamped many times, and the surface is easily damaged, which will cause additional quality loss for workpieces whose appearance quality is the main factor.

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