Method for cutting simulation artificial diamond

Abstract

The invention relates to a method for cutting emulated artificial diamonds, which is characterized in that: zirconium silicate is taken as the material; cogging and reclaiming are carried out; then, an initial blank modeling is carried out and the initial blank modeling comprises a convex crown, an edge part and a convex part from the top to the bottom in sequence; then, section grinding manufacture is carried out, which substantially comprises the following processes: (1), the edge part is cut into a smooth closed ring; (2), the side of the convex part is cut into cutting surfaces with 20-40 equal divisions; (3), the corresponding positions of the side of the convex crown and the side of the convex part are equally divided by 20-40; (4), a plane smooth closed surface is formed on the top of the convex crown, which takes the corresponding position of a cusp of the convex part as a center point; finally each cutting surface is polished in sequence. In the technical proposal of the method for cutting the emulated artificial diamond, the side of the convex crown and the convex part is correspondingly adopted as the cutting surface of the equal division. The diamond has relatively strong refractive luminosity and particularly, under natural light or common light, the diamond has flowery, glary and bright effect; the cutting surfaces are dense and an upper cutting surface and a lower surface are mutually assorted, shining in regular direction.

Description

technical field [0001] The invention relates to a cutting method of a simulated artificial diamond with a novel and simple design. Background technique [0002] The existing method of cutting artificial zircon into simulated artificial diamonds basically follows the cutting method of hundreds of years, as shown in Figure 1, which is a top view of the existing artificial diamonds used. Generally, the cutting method is polygonal with circular edges. Surface cutting, mainly such as triangle 8, quadrilateral 9 and other shapes formed by crossing each other, but the luminous effect produced by this cutting method is basically not particularly attractive in today's diversified jewelry field. [0003] The shapes of the cutting surfaces are diverse and intersecting, which makes the cutting process more complicated. Because of the complexity of the cutting process, most of the existing simulated artificial diamonds can only be perfectly round in appearance, which is relatively simple...

AI Technical Summary

Problems solved by technology

[0003] The shapes of the cutting surfaces are various and intersecting, which makes the cutting process more complicated. Because of the complexity of the cutting process, most of the existing simulated artificial diamonds can only be a perfect circle in appearance, which is relatively simple, and the general area of ​​the polygonal surface is Larger, poor sense, not delicate enough, poor luminosity

Images