MISUMI Carbide Reamers

[Features] -Achieves high-precision hole machining by reducing the tolerance width of the cutting diameter-High-speed cutting greatly improves efficiency compared to high-speed steel reamers-The long service life makes it possible to maintain high-precision machining for a long time.-Even higher cutting speed is possible by using spiral grooves.

[Features] -Since it has a face groove, it can simultaneously correct the curvature of the hole with the milling function and improve the surface roughness with the smoothing function-Direct reaming is possible without correction by an end mill after drilling a pilot hole.

[Features] -High-speed milling significantly improves efficiency compared to high-speed steel reamers-High-speed milling is possible by using spiral grooves.

In case the hole pitch has an intersection or the inclination tolerance of the hole is demanding. By using it before finishing the reamer, the bend of the hole can be modified.

[Features] -Unique cutting edge shape enables drilling of various materials such as stainless steel and aluminium alloys-Drilling is possible under cutting conditions of 60 m/min or more-Compatible with various applications such as. Hole machining and high precision It can be used for finishing holes as it achieves the same dimensional accuracy and surface roughness as drilling and reaming-Ideal for drilling precision threads with a high percentage of thread engagement-It is able to correct variations in the diameter of the pilot hole, allows for improved hole position accuracy

[Features] -Since it has a face groove, it can simultaneously correct the curvature of the hole with the milling function and improve the surface roughness with the smoothing function-Direct reaming is possible without correction by an end mill after drilling a pilot hole.

[Features] -Since it has a flute, it can simultaneously correct the curvature of the hole with the milling function and improve the surface roughness with the smoothing function-Direct reaming is possible without correction by an end mill after drilling a pilot hole-Long type enables machining of deep holes

[Features] -Since it has a face groove, it can simultaneously correct the curvature of the hole with the milling function and improve the surface roughness with the smoothing function-Direct reaming is possible without correction by an end mill after drilling a pilot hole

[Features] -Since it has a flute, it can simultaneously correct the curvature of the hole with the milling function and improve the surface roughness with the smoothing function-Direct reaming is possible without correction by an end mill after drilling a pilot hole-Long type enables machining of deep holes.

[Features] -Since it has a face groove, it can simultaneously correct the curvature of the hole with the milling function and improve the surface roughness with the smoothing function-Direct reaming is possible without correction by an end mill after drilling a pilot hole

[Features] -Since it has a flute, it can simultaneously correct the curvature of the hole with the milling function and improve the surface roughness with the smoothing function-Direct reaming is possible without correction by an end mill after drilling a pilot hole-Long type enables machining of deep holes

[Features] -Since it has a face groove, it can simultaneously correct the curvature of the hole with the milling function and improve the surface roughness with the smoothing function-Direct reaming is possible without correction by an end mill after drilling a pilot hole-Even higher cutting speed is possible by using spiral grooves

[Features] -Standard carbide reamer with custom dimensions-Custom dimensions can be specified in units of 0.01 mm for the cutting diameter and 0.5 mm for the flute length

[Features] -Standard carbide reamer with custom dimensions-Custom dimensions can be specified in units of 0.01 mm for cutting diameter and 0.5 mm for flute length-Long design enables reaming of deep areas.

[Features] -Carbide material enables high-speed cutting, which greatly improves efficiency compared to high-speed steel reamers-TS-coated products are ideal for machining high-hardness steels with 40 HRC or more (TSC-XHR).

It is capable of finishing holes with clean surface roughness compared to the normal reamer.

[Features]·2-stage hole drilling in 2 processes can be performed with 1 tool while keeping the coaxial·Large diameter can also be specified in addition to tip diameter, stepped length, and chamfer angle·Machining according to the shape of product, such as parts machining, is possible

[Features]·2-stage hole drilling in 2 processes can be performed with 1 tool while keeping the coaxial·Large diameter can also be specified in addition to tip diameter, stepped length, and chamfer angle·Machining according to the shape of product, such as parts machining, is possible