Processing method for embedding gemstone in hollowed-out ornament

Abstract

The invention discloses a processing method for embedding gemstone in a hollowed-out ornament. The processing method comprises the following steps: according to a hollowed-out structure of the ornament, printing a hollowed-out wax mold in a 3D manner, printing an inner cavity wax mold according to a cavity of the ornament, and copying a metal mold; putting the metal mold into the mold, putting thegemstone into the pit of the inner cavity mold, injecting water-soluble wax liquid, injecting paraffin wax liquid after the water-soluble wax is solidified, and opening the mold after the paraffin wax liquid is solidified; soaking the hollowed-out wax part in water for 10-30 min to dissolve water-soluble wax; sleeving a plurality of wax pieces on the wax tree, pouring gypsum slurry, hardening thegypsum, heating to melt the wax part, injecting molten copper, solidifying the molten copper, clearing away the gypsum, cutting off the support frame on the copper ornament, grinding, polishing, andinspecting to obtain the finished product. According to the method, the gemstone can be better inlaid in the inner cavity of the hollowed-out ornament, welding is not needed in the preparation process, no notch exists, the yield is increased, the product attractiveness is enhanced, and the personalized customization and diversified design that the gemstone can be inlaid in the hollowed-out ornament are met.

Description

Technical field[0001]The invention relates to the technical field of jewelry making, in particular to a processing method for inlaid gemstones in hollow jewelry.Background technique[0002]In the design of jewelry or artwork, hollow structures and designs with fixed or movable structures and objects embedded in the hollow structures are mostly used. For jewelry or works of art with a hollow structure of embedded movable structures or objects, the outer layer of the hollow structure is hollow, and the embedded objects embedded inside are made of the same or different materials. At present, making hollow structures and embedding corresponding structures and objects in the hollow structures has complicated and difficult processing procedures, resulting in high processing costs. For this type of style, a semi-closed outer hollow structure and corresponding embedded structure and objects must be made separately, and then the corresponding embedded structure and objects shall be embedded in...

AI Technical Summary

Problems solved by technology

[0003] The current hollow jewelry adopts the splicing method, which needs to be welded and fixed after splicing. The product inevitably has original traces such as splicing lines, solder joints, and positioning stops, which directly affects the modeling effect of the jewelry product, and the product is easily deformed, and the quality of accessories is difficult to guarantee.

Secondly, it is difficult to inlay diamonds, gems, pearls and other ornaments in the cavity of the hollow jewelry

In addition, the processing procedure has high requirements on workers' manual craftsmanship, the probability of processing defects and failures is high, and the yield is low. Moreover, because of the need to process and weld piece by piece, the processing time is greatly increased, the production efficiency is low, and the processing cost is high. The defect of high labor cost