Integrated forming processing method for hollow-out jewelry

Abstract

The present invention relates to the technical field of jewelry processing, and in particular to a method for integrally forming hollow hollow jewelry. A hollow alloy mold 1 having a hollow inner cavity shape of hollow hollow jewelry is combined with a hollow alloy mold 2 having a hollow pattern shape on the outer layer of hollow hollow jewelry. Combined use, first use the hollow alloy mold 1 to make a hollow hollow jewelry inner cavity water-soluble wax film, put the water-soluble wax film into the hollow alloy mold 2, and then inject the inverted wax into the hollow alloy mold 2, and the inverted wax fills the hollow alloy The groove pattern of the second mold forms an inverted wax shell with a hollow shape, wraps the water-soluble wax film, and then puts the entire wax film into the aqueous wax solution, the water-soluble wax film dissolves, and the remaining inverted wax shell with a complete hollow shape, that is It is an inverted wax film for hollow hollowed out jewelry, and then uses traditional tree wax, inverted mold and other processes in turn to realize integral molding to make hollow hollowed out jewelry. The welding process in the traditional craft method is omitted, and the overall modeling effect and quality of the jewelry are improved.

Description

technical field [0001] The invention relates to the technical field of jewelry processing, in particular to a hollow hollow jewelry integral molding processing method. Background technique [0002] The traditional production process of hollow jewelry accessories adopts the splicing method. After splicing, it needs to be welded and fixed. 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 easy to change. The quality of accessories Difficult to guarantee. Traditional hollow jewelry processing and molding methods usually include making hand plates, making film, making wax blanks, making wax trees, making plaster molds, parts molding, and jewelry welding and molding. In order to overcome the defects of traditional hollow ornaments, the processing technology of hollow ornaments has been innovatively developed. For example, Chinese patent 200...

AI Technical Summary

Problems solved by technology

In order to overcome the defects of traditional hollow ornaments, the processing technology of hollow ornaments has been innovatively developed. For example, Chinese patent 2007100733958 discloses a manufacturing method of hollow multi-layer gold ornaments. By coating a conductive layer on a wax core, the wax core is immersed in In the gold compound solution, the wax core conductive layer is used as the electroplating cathode to carry out electroplating molding of the product. Although this electroplating molding method realizes the integrated molding of the hollowed out jewelry, it overcomes the originality of splicing lines, solder joints, and positioning stops in traditional hollowed out jewelry. trace defects, but the process of this method is cumbersome, the cost is high, and it is not suitable for industrial application

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