Emuge Corp.
West Boylston, MA 01583
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Latest Emuge Turbine End Mills Feature PVD-Applied and Heat-Resistant Coatings
Offered in designs ranging from 5 to 9 flutes with a corner radii of 1.0 or 2.0 mm. Taper ball tools come with sub-micro grain carbide substrate and a HA cylindrical shank. Torus long length end mills are coated with TIALN and coolant through capability.
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Latest Emuge Turbine End Mills Feature PVD-Applied and Heat-Resistant Coatings
Offered in designs ranging from 5 to 9 flutes with a corner radii of 1.0 or 2.0 mm. Taper ball tools come with sub-micro grain carbide substrate and a HA cylindrical shank. Torus long length end mills are coated with TIALN and coolant through capability.
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Emuge's New Line of End Mills Feature Sub-micro Grain Carbide Substrate and an HA Cylindrical Shank
Available in designs ranging from 5 to 9 flutes and have a corner radii of 1.0 or 2.0 mm. Taper Torus end mills include 3°, 4°, 6° and 8° sizes featuring 2 polished flutes. New geometry designed end mills offers unprecedented cycle time reductions and long tool life in challenging forms and materials.
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Emuge's New Line of End Mills Feature Sub-micro Grain Carbide Substrate and an HA Cylindrical Shank
Available in designs ranging from 5 to 9 flutes and have a corner radii of 1.0 or 2.0 mm. Taper Torus end mills include 3°, 4°, 6° and 8° sizes featuring 2 polished flutes. New geometry designed end mills offers unprecedented cycle time reductions and long tool life in challenging forms and materials.
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New Punch Tap Tool Produces Internal Threads in a Single Step
Emuge punch taps provide shortened toolpath process, which consumes less energy and reduces threading time by 75%. The punch tap tool has fast threading capabilities and is ideal for automotive industries. The HSSE-PM alloy tap features unique tooth geometry and two rows of flutes off-set by 180°. The punch taps are used for blind and through-holes as well as for the production of metric threads...
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New Punch Tap Tool Produces Internal Threads in a Single Step
Emuge punch taps provide shortened toolpath process, which consumes less energy and reduces threading time by 75%. The punch tap tool has fast threading capabilities and is ideal for automotive industries. The HSSE-PM alloy tap features unique tooth geometry and two rows of flutes off-set by 180°. The punch taps are used for blind and through-holes as well as for the production of metric threads...
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New SELF-LOCK™ Threading Technology Allows Even Distribution of Stress
Emuge’s SELF-LOCK Threading Tools are suitable for aerospace, medical, communications, transportation industries. SELF-LOCK Threading is integrated in the thread with 30 degree ramp surface in the direction of stress. This threading provides constant and increased holding power under dynamic stress conditions. The unit’s ramp-shaped surface integrated into the thread profile provides locking...
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New SELF-LOCK⢠Threading Technology Allows Even Distribution of Stress
Emuge’s SELF-LOCK Threading Tools are suitable for aerospace, medical, communications, transportation industries. SELF-LOCK Threading is integrated in the thread with 30 degree ramp surface in the direction of stress. This threading provides constant and increased holding power under dynamic stress conditions. The unit’s ramp-shaped surface integrated into the thread profile provides locking...
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Trochoidal Carbide End Mills are TiN/TiALN or ALCR coated.
Offering quicker metal removal rates and axial depth of cut of up to 4XD, Trochoidal Carbide End Mills come with low vibration characteristics such as variable spacing and variable helix angles. Featuring chip breaker geometry, units are available in Jet-Cut™ and Coolant-Through TiNox-Cut™ cutting geometries. Suitable for roughing operation of inconel, titanium and stainless steel materials,...
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Trochoidal Carbide End Mills are TiN/TiALN or ALCR coated.
Offering quicker metal removal rates and axial depth of cut of up to 4XD, Trochoidal Carbide End Mills come with low vibration characteristics such as variable spacing and variable helix angles. Featuring chip breaker geometry, units are available in Jet-Cut™ and Coolant-Through TiNox-Cut™ cutting geometries. Suitable for roughing operation of inconel, titanium and stainless steel materials,...
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