SCD Cutting Tools

cutting tools by Material

Looking for the Right Tools? Find it at Halcyon

Looking for the Right Tools?
Find it at Halcyon

SCD cutting tools are made with the hardest materials known to man, giving a tool the strength to perform better and longer compared to PCD in some applications. They are suitable for non-ferrous metals or abrasive materials such as grinding wheel materials, ceramic, glass, etc.

Monocrystal

Monocrystal Cutting Tool

Monocrystalline Diamond or MCD (sometimes called “Mono”) is the most common type of Single Crystal Diamond (SCD), and it is generally the most economical. High pressure high temperature (HPHT) process is used to synthesize MCD where diamond crystals slowly form from a carbon-based mixture under extremely high pressure and temperature. The process mimics the natural process in a controlled environment. The diamond created from this process has a yellow tint. MCD cutting tool is most suitable for finishing operations that require “polished” or mirror-like surface finish. Same as every diamond cutting tool, it is suitable for non-ferreous materials such as, aluminum, copper, brass, precious metals, plastics, etc… Industries that commonly use MCD cutting tools in their manufacturing process include, automotive, optical lens, jewely, watch, etc.
OpticalLens
Optical Lens
WatchJewelr
Watch & Jewelry

CVD

CVD

Chemical Vapor Deposition / CVD Diamond is a type of Single Crystal Diamond (SCD) that is a synthetic diamond grown from the chemical vapor deposition (CVD) process. The process starts with a diamond seed that is put inside a special furnace. A high-carbon gas is injected into the chamber and gets heated up with microwave. Under the intense heat, the gas turns into a plasma state where the chemical bonds in the gas molecule is broken apart. The free-floating atoms resulted from the thermal dissociation grow around the diamond seed to create larger diamond crystals. The result is synthetic diamond that is chemically identical to natural diamond. CVD diamond is clear in color or has a light brown tint. CVD diamond cutting tool is considered to be a step above mono crystal diamond (MCD) tool. Synthetic single crystal diamond produced CVD process tends to be slightly harder than those produced by HPHT process (i.e. MCD). However, CVD diamond is also more brittle. Therefore, the feasibility of CVD diamond cutting tool is limited. It is generally used in applications where even better surface finish is required where MCD cutting tool cannot achieve.
OpticalLens
Optical Lens
WatchJewelr
Watch & Jewelry

Natural Diamond

Natural Diamond

Natural Diamond (ND) can be used for industrial purposes, such as a cutting tool. Natural diamond used for cutting tools usually come from those that do not qualify as a jewelry-grade that are oddly-shaped or have too much imperfections. ND cutting tool is used to produce the best possible surface finish on a machined surface of non-ferrous materials. Expertise in design, sourcing, and manufacturing is especially required for natural diamond cutting tool.
OpticalLens
Optical Lens
WatchJewelr
Watch & Jewelry

Monocrystal Cutting Tool

Monocrystal

Monocrystalline Diamond or MCD (sometimes called “Mono”) is the most common type of Single Crystal Diamond (SCD), and it is generally the most economical. High pressure high temperature (HPHT) process is used to synthesize MCD where diamond crystals slowly form from a carbon-based mixture under extremely high pressure and temperature. The process mimics the natural process in a controlled environment. The diamond created from this process has a yellow tint. MCD cutting tool is most suitable for finishing operations that require “polished” or mirror-like surface finish. Same as every diamond cutting tool, it is suitable for non-ferreous materials such as, aluminum, copper, brass, precious metals, plastics, etc… Industries that commonly use MCD cutting tools in their manufacturing process include, automotive, optical lens, jewely, watch, etc.
OpticalLens
Optical Lens
WatchJewelr
Watch & Jewelry

CVD

CVD

Chemical Vapor Deposition / CVD Diamond is a type of Single Crystal Diamond (SCD) that is a synthetic diamond grown from the chemical vapor deposition (CVD) process. The process starts with a diamond seed that is put inside a special furnace. A high-carbon gas is injected into the chamber and gets heated up with microwave. Under the intense heat, the gas turns into a plasma state where the chemical bonds in the gas molecule is broken apart. The free-floating atoms resulted from the thermal dissociation grow around the diamond seed to create larger diamond crystals. The result is synthetic diamond that is chemically identical to natural diamond. CVD diamond is clear in color or has a light brown tint. CVD diamond cutting tool is considered to be a step above mono crystal diamond (MCD) tool. Synthetic single crystal diamond produced CVD process tends to be slightly harder than those produced by HPHT process (i.e. MCD). However, CVD diamond is also more brittle. Therefore, the feasibility of CVD diamond cutting tool is limited. It is generally used in applications where even better surface finish is required where MCD cutting tool cannot achieve.
OpticalLens
Optical Lens
WatchJewelr
Watch & Jewelry

Natural Diamond

Natural Diamond

Natural Diamond (ND) can be used for industrial purposes, such as a cutting tool. Natural diamond used for cutting tools usually come from those that do not qualify as a jewelry-grade that are oddly-shaped or have too much imperfections. ND cutting tool is used to produce the best possible surface finish on a machined surface of non-ferrous materials. Expertise in design, sourcing, and manufacturing is especially required for natural diamond cutting tool.
OpticalLens
Optical Lens
WatchJewelr
Watch & Jewelry

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