Full-automatic diamond abrading and polishing machine

Abstract

The invention discloses a full-automation diamond abrading and polishing machine which comprises a frame and a rotating disk, wherein the rotating disk comprises two kinds which are respectively a first rotating disk and a second rotating disk. The full-automatic diamond grinding and polishing machine also comprises a rotating disk rotating mechanism, wherein the two rotating disks are arranged ina synchronous and homodromous rotary matching way by the rotating disk rotating mechanism; a switching station, a gluing station, a blank feed station, an abrading station and at least one polishingstation alternately distributed on the periphery of the rotating disk uniformly according to the rotating direction are arranged on the first rotating disk; the second rotating disk is arranged at theside of the first rotating disk, a switching station, an abrading station, at least one polishing station, a feed station and a gluing station having an equal interval with the adjacent station of the first rotating disk according to the rotating direction are arranged on the second rotating disk, and the switching stations on the two rotating disks are arranged in an opposite matching way afterrespectively finishing a circle of stations at the two rotating disks. The invention has the advantages of full-automation integration, two-end abrading and polishing function, high abrading and polishing quality and efficiency, and the like.

Description

technical field [0001] The invention relates to an automatic diamond processing device, in particular to a full-automatic diamond grinding and polishing machine with diamond multi-face grinding and polishing functions. Background technique [0002] Traditional diamond grinding and polishing machines need multiple processes to grind a piece of glass to achieve the brightness and shape of diamonds. Existing round and square diamond grinding and polishing machines generally have a single-wheel and single-grinding-head structure. During grinding, each process needs to change the wheel. The operation is complicated and the work efficiency is low. Therefore, multiple machines are usually used for processing separately. . [0003] At present, the grinding discs of the grinding and polishing mechanisms of diamond grinding and polishing machines that appear and record on the market or in magazines are all disc-shaped. It is known that the linear speeds of the circular grinding discs...

AI Technical Summary

Problems solved by technology

Existing round and square diamond grinding and polishing machines generally have a single-wheel and single-grinding-head structure. During grinding, each process needs to change the wheel. The operation is complicated and the work efficiency is low. Therefore, multiple machines are usually used for processing separately.

[0003] At present, the grinding discs of the grinding and polishing mechanisms of diamond grinding and polishing machines that appear and record on the market or in magazines are all disc-shaped. It is known that the linear speeds of the circular grinding discs are different from the center of the circle, so that The blanks on the jig are processed in different degrees. For example, the blanks near the edge of the grinding disc have a high linear speed, so the processing speed is relatively fast. The blanks near the center of the circle have a small linear velocity, so The processing is very slow, and the grinding and polishing mechanism of this structure is difficult for workers to control when operating. Once the control is not good, it will affect the use of the entire product

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