The six-side top press can be widely used to produce jewelry-grade diamonds. Not only are they made into decorations: jewelry such as diamond rings, necklaces, earrings, etc., satisfying women’s pursuit of diamonds; they can also be used to decorate men’s wallets, watches, tie clips, fountain pens and other high-end products; and they are carefully designed for inlays High-end pens, diamond cards, etc.
The six-side pressing machine can be used to produce diamond tools, polycrystalline cubic boron nitride (PCBN), polycrystalline diamond (PCD), polycrystalline diamond composite (PDC) and other super Hard material.
Diamond tools are mainly used for turning and processing various non-ferrous metals such as aluminum, copper, magnesium and their alloys, hard alloys, and non-metallic materials such as fiber plastic materials with strong wear resistance, metal matrix composite materials, wood, and non-metals. Precision machining of hard and brittle materials such as graphite, high wear resistance materials, composite materials, high silicon aluminum alloy and other tough non-ferrous metal materials. PDC bits are mainly used for geological survey and exploration, coal field drilling and petroleum exploration.
The six-side top press can be used to produce superhard materials such as diamond powder, cubic boron nitride (CBN), etc., which are required for the manufacture of consolidated abrasive tools, coated abrasive tools and loose abrasive tools. Grinding processing usually uses grinding wheels made of abrasive grains and ceramic, resin or metal bonds. Diamond abrasive tools are used in precision processing and top-level grinding and polishing in the construction industry.
The six-side top press can produce synthetic diamond that integrates excellent optical, thermal conductivity, radiation hardness and other properties. The widest spectral band, high hardness, high thermal conductivity and chemical inertness of synthetic diamond make it an ideal window material for many industrial, R&D and defense optical applications.
The six-side top press can be used to produce single crystal and polycrystalline diamond and synthetic diamond composite materials. These materials are used as heat sink materials in sensitive electronic components in the telecommunications industry; at the same time, they can also be used in various harsh radiation detection; and quantum fields such as secure quantum communications, quantum computing, and magneto-electric induction fields.
The six-side top press can be used for the research and development of diamond in the so-called “third-generation semiconductor material”-wide band gap material. The third-generation semiconductor materials have the characteristics of large forbidden band width, high electron drift saturation speed, small dielectric constant, and good electrical conductivity. They have superior properties and potential huge prospects in the field of microwave power devices, which are very suitable It is used to produce anti-radiation, high frequency, high power and high density integrated electronic devices.
The six-side top press can also produce diamond scalpels that are used in medical operations. Compared with traditional scalpels, it is easier to clean and disinfect to prevent blade damage, prolong the service life, and reduce costs. In addition, nano-grade diamonds and silk-coated diamonds that have attracted much attention from the medical community will greatly improve the bioimaging and sensing technology in the medical field. They will not cause side effects and tissue inflammation after being implanted in a living body, and are harmless to humans. At the same time, because the main component of diamond is carbon, it can be used in the medical field to accelerate the healing of patient wounds.
