Gold bracelet processing technology

Abstract

A machining technology for a gold bracelet is used for machining the gold bracelet. The gold bracelet comprises a plurality of bracelet bodies and buckle slabs, wherein each buckle slab is used for connecting the corresponding two adjacent bracelet bodies. The machining technology for the gold bracelet comprises the following steps that firstly, the bracelet bodies are formed in a stamping mode through bracelet body machining dies; secondly, the buckle slabs are formed in a stamping mode through buckle slab machining dies; thirdly, the buckle slabs and the bracelet bodies are assembled. According to the machining technology for the gold bracelet, the bracelet bodies are machined through the bracelet body machining dies, the buckle slabs are machined through the buckle slab machining dies, the whole production technology is simple, the elegance degree is high, the appearance effect of the gold bracelet is guaranteed, machining is conducted directly through the bracelet body machining dies and the buckle slab machining dies in the whole machining process, the automation level is high, and machining efficiency is good.

Description

technical field [0001] The invention relates to a processing technology, and more specifically relates to a processing technology of a gold bracelet. Background technique [0002] In order to strengthen the visual effect, meet the needs of consumers, and improve the overall aesthetics of the existing gold jewelry, the surface is often printed with complex patterns. This type of jewelry is difficult to process and the efficiency is low. The existing gold jewelry processing molds cannot meet the processing requirements. Production demand; In addition, the molds of traditional hydraulic jewelry or small accessories are often pressed in one piece. In the case of large orders and tight production cycles, they cannot meet the needs of production and shipment in time. Moreover, the existing processing of gold jewelry The processing size of the mold is fixed, and gold ornaments of different specifications need to be completed on different molds, the overall flexibility is not high, ...

AI Technical Summary

Problems solved by technology

[0002] In order to strengthen the visual effect, meet the needs of consumers, and improve the overall aesthetics of the existing gold jewelry, the surface is often printed with complex patterns. This type of jewelry is difficult to process and the efficiency is low. The existing gold jewelry processing molds cannot meet the processing requirements. Production demand; In addition, the molds of traditional hydraulic jewelry or small accessories are often pressed in one piece. In the case of large orders and tight production cycles, they cannot meet the needs of production and shipment in time. Moreover, the existing processing of gold jewelry The processing size of the mold is fixed, and gold ornaments of different specifications need to be completed on different molds, the overall flexibility is not high, and the adaptability is poor

[0003] Correspondingly, for the above-mentioned supporting processing technology of gold jewelry, the entire production process is rough, and the products processed through this process are not high in exquisiteness, and the appearance effect cannot be guaranteed

Moreover, the processing technology is complicated, and the processing efficiency of the whole processing process is low.

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