Three-dimensional printing manufacturing method of artificial jade

Abstract

The invention belongs to the art and craft production field, particularly to artificial jade produced through inorganic mineral raw materials and a three-dimensional printing manufacturing method thereof. The artificial jade is characterized in that raw materials comprise lead oxide, aluminum oxide, chromium oxide and silicon dioxide. The production comprises step 1, establishing a three-dimensional mode; step 2, obtaining slice data; step 3, performing weighing; step 4, performing crushing and grinding; step 5, performing mixing and stirring; step 6, placing materials into a powder cylinder; step 7, performing preheating; step 8, performing laser sintering; step 9, performing grinding and polishing. The produced artificial jade is warm in appearance, exquisite in texture, good in mechanical property, stable in product quality and easy to control. The artificial jade is manufactured by a three-dimensional printing technology and accordingly the product accuracy is high, the surface quality is good, the loss of the raw materials is less, and the three-dimensional printing manufacturing method is suitable for manufacture of complex shapes and high accuracy requirements of products. Accordingly, the application prospect is broad.

Description

technical field [0001] The invention belongs to the field of handicraft production, in particular to artificial jade produced by using inorganic mineral raw materials and a three-dimensional printing manufacturing method thereof. Background technique [0002] Jade is a precious mineral resource, with rich and varied colors, fine and moist texture, good mechanical properties, and not easy to be damaged and deteriorated, so it has been loved by people since ancient times. However, the formation conditions of jade are extremely complicated, and natural jade reserves are very rare and rare, so they are expensive and difficult for ordinary consumers to own. [0003] Therefore, in order to meet the growing needs of ordinary consumers, some researchers use artificial technology to manufacture artificial jade. Most of the traditional artificial jade production techniques are injection molding and casting. However, the precision of artificial jade produced by these two methods is n...

AI Technical Summary

Problems solved by technology

However, the precision of artificial jade produced by these two methods is not high, and only a single raw material can be used

In addition, injection molding technology requires the use of special molds, resulting in high production costs. Casting molding technology requires the use of melting furnaces, casting molds, etc., which requires a large fixed investment in equipment and high labor intensity for operators.

[0004] As a handicraft, artificial jade has high requirements on texture, luster, shape, mechanical properties, etc. Traditional injection molding and casting molding technologies are not easy to meet the above requirements

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