A process of using metal to fix and apply to jewelry setting

Abstract

The invention belongs to the technical field of jewelry mosaic, and particularly relates to a process for fixing by using metal and applied to jewelry mosaic. In view of the problems of the mosaic ofan existing process, a tool is difficult to complete changes of angles, and the mosaic angle and the aesthetic property are not good. The process comprises the following steps that (1), jewelry designing is carried out, specifically, according to a desired mosaic effect, a designer draws on drawings to obtain a mosaic model in an approximate shape; (2), metalbracket forming is carried out, specifically, according to the drawings of the step (1), a metal bracket structure in an inner concave metal shape is produced by using a 3D printer or in a completely manual mode; and (3), positioning is carried out, specifically, a metal bracket inlay opening obtained by the step (1) is ground into a concave groove with a tooth needle, the concave groove is used for placing a diamond, and then a notchis ground at a claw position with an umbrella needle according to the different heights of the diamond in order to fix the diamond. The process for fixing by using the metal and applied to the jewelrymosaic can realize an effect of replacing the diamond with the metal, the cost of the mosaic is reduced and the aesthetic property of the mosaic is improved, and wide popularization and application are facilitated.

Description

technical field [0001] The invention relates to the technical field of jewelry inlays, in particular to a technique for using metal to fix and apply to jewelry inlays. Background technique [0002] In order to make jewelry vividly a work of art, generations of artisans have created many jewelry inlay methods over the past hundred years. The jewelry inlay technology that emerged as the times require is an important operation link in jewelry design. [0003] The traditional process is to arrange the position of the diamonds through the computer, and complete the spacing of the metal claws on the 3D printing at one time. However, if the arrangement density is high, the actual concave design makes it difficult for various tools to complete the angle change, even if the inlay It is also impossible to reach the perfect angle; if the arrangement density is low, it will affect the aesthetics, especially on the periphery of the concave shape. Traditional inlays can only flow out of t...

AI Technical Summary

Problems solved by technology

[0004] The invention proposes a process of using metal fixation and applying it to jewelry inlay, which solves the problem that it is difficult for tools to change the angle during inlay, and the inlay cannot reach a perfect angle and the aesthetics are not good.