reamer

cutting tools by type

Looking for the Right Reamer? Find it at Halcyon

Looking for the Right Reamer?
Find it at Halcyon

Used to refine and finish holes, reamers deliver high-precision diameters and superior surface finishes. Ideal for applications requiring tight tolerances and smooth internal surfaces.

PCD

PCD Reamer

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.
Automotive
Aerospace

CERMET

Cermet Reamer

Cermet Reamer is a type of reamer with a cutting edge made of a material called “Cermet”. Cermet is a synthetic material combining the good qualities of ceramic (wear resistance and high temperature resistance) with metal (toughness and flexibility) making cermet reamer an outstanding tool for applications that requires high heat and wear resistance as well as toughness and strength. This includes materials such as cast iron, pre-hardened steel, or steel applications with higher speed.
Halcyon uses high-quality cermet imported from Japan, and we can design and manufacture high quality cermet reamer for high precision applications with beautiful surface finish.
Features of Cermet Reamer:
- High hardness, toughness, and wear resistance
- High precision with sharp cutting edge
- Better surface finish compared to carbide reamer
- Long tool life helps save production cost in the long term
- Suitable for special cutting tools in mass production such as automotive, aerospace, dental implant, etc.
Aerospace
Automotive

CARBIDE

Carbide Reamer

Tungsten carbide reamer is an industry standard cutting tool type. It is suitable for cutting (reaming) ferrous materials such as steel, stainless steel, and cast iron. Halcyon specializes in designing and manufacturing special carbide reamer customized to perform best for your application. Internal coolant holes and coatings are available.
Automotive

Carbide Reamer

CARBIDE

Tungsten carbide reamer is an industry standard cutting tool type. It is suitable for cutting (reaming) ferrous materials such as steel, stainless steel, and cast iron. Halcyon specializes in designing and manufacturing special carbide reamer customized to perform best for your application. Internal coolant holes and coatings are available.
Automotive

Cermet Reamer

CERMET

Cermet Reamer is a type of reamer with a cutting edge made of a material called “Cermet”. Cermet is a synthetic material combining the good qualities of ceramic (wear resistance and high temperature resistance) with metal (toughness and flexibility) making cermet reamer an outstanding tool for applications that requires high heat and wear resistance as well as toughness and strength. This includes materials such as cast iron, pre-hardened steel, or steel applications with higher speed.
Halcyon uses high-quality cermet imported from Japan, and we can design and manufacture high quality cermet reamer for high precision applications with beautiful surface finish.
Features of Cermet Reamer:
- High hardness, toughness, and wear resistance
- High precision with sharp cutting edge
- Better surface finish compared to carbide reamer
- Long tool life helps save production cost in the long term
- Suitable for special cutting tools in mass production such as automotive, aerospace, dental implant, etc.
Aerospace
Automotive

PCD Reamer

PCD

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.
Automotive
Aerospace

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