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Bush cutting Product List

1～9 item / All 9 items

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Brass bush cutting process / B-T

Brass bush cutting process / B-T

Brass bush cutting process (nickel plating) / B-T

This product is a bush made from brass (bronze) with excellent machinability, conductivity, and moderate mechanical strength, and it is coated with nickel plating on the surface. It is used by inserting it into through holes for bolts and shafts for applications such as bearing supports, spacers, and positioning. By using it in fitting and sliding parts, it helps adjust the contact between the shaft and the counterpart material, supports rotation and sliding, and contributes to reducing wear caused by direct contact with the counterpart material. This nickel-plated brass bush is suitable for various general industrial machinery bearing parts, as well as for positioning in electronic and electrical equipment, and for gap-filling components.

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Aluminum bush cutting process (black anodized) / L-TB

Aluminum bush cutting process (black anodized) / L-TB

Aluminum bush cutting process (black anodized) / L-TB

This product is a bush made from aluminum, which is lightweight, has excellent machinability, and good thermal conductivity, finished by cutting and treated with black anodizing (anodic oxidation) on the surface. It is used by inserting it into through holes for bolts or shafts as a bearing for axes, gap-filling spacers, and positioning applications. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps reduce wear caused by direct contact with the counterpart material. In addition to the excellent lightweight nature, machinability, and thermal conductivity unique to aluminum, the black anodizing treatment contributes to improved corrosion resistance and wear resistance, providing a calm black appearance that suppresses light reflection. This black anodized aluminum bush is suitable for applications requiring lightweight, machinability, corrosion resistance, wear resistance, and aesthetic design, including various industrial machines where weight reduction is needed, positioning in electronic and communication devices, and mechanical components requiring a unified appearance.

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Urethane 90° bush cutting process

Urethane 90° bush cutting process

Urethane 90° is suitable for machining due to its high hardness. Machined products such as bushes can be processed into the specified shape without the need for molds.

Urethane rubber is a material suitable for bushings, with excellent wear resistance and mechanical strength. It is easy to color, so materials other than natural colors, such as black, are commonly used. As the hardness decreases, processing becomes more difficult. Please feel free to consult us for more details.

  • Other Auto Parts
  • Bush cutting

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MC Nylon Bush Cutting Process

MC Nylon Bush Cutting Process

MC Nylon supports various machining methods. Bushings can be produced in quantities of hundreds even with machining.

MC Nylon, characterized by its blue color, is a high-strength material that enhances the weaknesses of 6 Nylon and others. It has water absorption and is tough, but as a result, its dimensional stability is inferior to that of POM. It is suitable for various cutting processes such as turning, milling, and machining.

  • Other machine elements
  • Bush cutting

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Brass bush cutting process (without plating) / B-TC

Brass bush cutting process (without plating) / B-TC

Brass bush cutting process (without plating) / B-TC

This product is a bush made of brass (bronze) that has excellent machinability, conductivity, and mechanical strength, finished through machining without plating. It is used by inserting it into the through holes of bolts and shafts for applications such as bearing support, positioning, and gap filling. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps reduce wear caused by direct contact with the counterpart material. It is an unplated brass bush suitable for assembly in various general industrial machinery bearing parts, as well as positioning components and gap filling in electrical and electronic devices.

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Stainless steel bush cutting process / U-T

Stainless steel bush cutting process / U-T

Stainless steel bush cutting process / U-T

This product is a bush made from stainless steel, which has excellent corrosion resistance and mechanical strength, finished through cutting processing. It is used by inserting it into through holes for bolts or shafts for applications such as supporting shafts, filling gaps, and positioning. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps reduce wear caused by direct contact with the counterpart material. Additionally, it possesses the excellent corrosion resistance, mechanical strength, and durability unique to stainless steel. This stainless steel bush is suitable for assembling mechanisms that require corrosion resistance and mechanical strength, such as equipment used in water-related or humid environments, facilities that require consideration for corrosion, and bearing parts and positioning components of various industrial machines.

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Steel bush machining (trivalent chromium) / F-T

Steel bush machining (trivalent chromium) / F-T

Steel bush machining (trivalent chromium) / F-T

This product is a bush made of steel (iron) with excellent mechanical strength and machinability, finished by cutting and coated with trivalent chromium plating on the surface. It is used by inserting it into the through holes of bolts and shafts for applications such as bearing supports, gap filling, and positioning. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps suppress wear caused by direct contact with the counterpart material. It also features improved corrosion resistance and a glossy appearance. This trivalent chromium-plated steel bush is suitable for the assembly of mechanical parts that require mechanical strength and corrosion resistance, including bearing parts of various general industrial machinery and positioning components in mechanisms subjected to high loads.

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Aluminum bush cutting process (pickling) / L-T

Aluminum bush cutting process (pickling) / L-T

Aluminum bush cutting process (pickling) / L-T

This product is a bush made from aluminum, which has lightweight properties, excellent machinability, and good thermal conductivity, finished by cutting and treated with pickling on the surface. It is used by inserting it into bolt or shaft through holes for applications such as bearing shafts, filling gaps, and positioning. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps reduce wear caused by direct contact with the counterpart material. In addition to the excellent lightweight properties, machinability, and thermal conductivity unique to aluminum, the pickling treatment removes surface dirt and impurities, improving the surface condition. This pickled aluminum bush is suitable for various industrial machinery where weight reduction is required, as well as positioning components in electronic and communication devices, and mechanical parts that require efficient heat transfer, making it ideal for applications that demand lightweight, machinability, thermal conductivity, and surface cleanliness.

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Aluminum bush cutting process (electroless nickel plating) / L-TK

Aluminum bush cutting process (electroless nickel plating) / L-TK

Aluminum bush cutting processing (electroless nickel plating) / L-TK

This product is a bush made from aluminum, which has lightweight properties, excellent machinability, and good thermal conductivity, finished through cutting processes and coated with electroless nickel plating on the surface. It is used by being inserted into bolt or shaft through holes for applications such as supporting shafts and positioning. By using it in fitting and sliding parts, it adjusts the contact between the shaft and the counterpart material, supports rotation and sliding, and helps suppress wear caused by direct contact with the counterpart material. In addition to the excellent lightweight properties unique to aluminum, it features a relatively uniform coating due to the electroless nickel plating and surface characteristics that contribute to improved corrosion and wear resistance. This electroless nickel-plated aluminum bush is suitable for the assembly of mechanisms requiring lightweight, corrosion resistance, and wear resistance, including various industrial machines where lightweight and durability are essential, as well as for positioning in precision instruments and sliding and fitting components.

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  • Bush cutting

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