Adopts a strong helical angle to provide improved edge sharpness with smooth and reliable chip evacuation

Superior edge sharpness and chip evacuation ability

Adopts a strong helical angle (45° helical) to provide improved edge sharpness with smooth and reliable chip evacuation.

High rigidity tool

Optmizing core thickness, flute shape and size to obtain both tool rigidity and chip evacuation ability.

Improved adhesion resistance

Combination of a near mirror-finish flute surface with a specialized coating layer improve adhesion and wear resistance.

Improved fracture resistance

Unique smooth radius profile helps to soften cutting shock and improve fracture resistance.

Specialized coating

A super-smooth coating with significantly improved coating hardness and heat resistance help to improve tool life in cutting heat resistive alloy.

Anti-vibration type added to the SSEH series endmill for exotic alloys

Builds on the same features of the existing series by adding an irregular lead for exceptional anti-vibration abilities

For a wide variety of exotic alloys including SUS, inconel, titanium etc.

Minimizes chatter to achieve high speed, high feed machining

Both coated and uncoated types are available in stock to meet various requirements

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New generation, global standard cemented carbide endmill

Utilizing a fine-grained carbide substrate with excellent toughness and thermal shock resistance for improved reliability in Wet machining.

Utilizing the high wear and thermal resistant GSX Coat, for improved reliability and long tool life in a wide range of work materials.

Expanded machining applications with 2 types of cutting edge profiles

Lineup includes sharpness-centered S type (sharp corner edge) and fracture resistant-centred C type (strengthened edge: with gash land).

Improved chip evacuation ability

Large rake angle combined with an unique flute profile helped improve sharpness and chip evacuation ability.

High precision

By suppressing variations, outer diameter tolerance is reduced by 2/3 as compared to conventional, diameter adjustment is not required when replacing the tool.

High rigidity, long cutting edge length

Improved surface accuracy with high rigidity, long cutting edge length (4D) type.

Drastic improvement on chattering and fracture resistance

Optimum irregular pitch + irregular lead drastically improve chattering and fracture resistance to achieve high speed, high feed milling with low cutting force.

Huge improvement in surface quality

Adopting a round land drastically improved machining surface quality.
(Adopted a round land of ø5mm or more.)

Improved thermal and wear resistance

Ultra fine-grained carbide substrate coupled with a new coating improves thermal and wear resistance.

Lowers cutting force

Lowers cutting force with strong helix angled R cutting edge.

Improved chip evacuation ability

Improved chip evacuation ability with a unique pocket shape + widened pocket area.

Multi-purpose

3-fluted slot endmill (1.5D) optimizes the flute profile to reduce cutting force.

1. Able to perform continuous (combination) machining including plunging and slotting.
2. Best suited for thin-walled machining and use with small machining center.

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DLC-COATED ENDMILLS FOR ALUMINIUM ALLOYS

• DLC (Diamond like carbon) coating
• ASM square type / SNB ballnose type
• Number of teeth: 2 / 4 flutes
• Endmills from Ø 2,0mm – 16,0mm

AURORA COAT SERIES

• AURORA COAT is a high hardness, low coefficient layer of DLC – Diamond Like Carbon
• DLC coat can be used for dry cutting and is environmental friendly
• Producing excellent surface finish for machining of aluminium
• Very smooth AURORA COAT results in low adhesion as well as good surface finish
• With lower cutting forces and high rigidity, this series is suitable for low rigidity machine
• Also available as uncoated endmill for machining of aluminium alloys and non-ferrous metals