Competitive price and same performance as full TiN coating

3&4 corner economical insert with new PVD coating.

Bigger chip gullet for better chip evacuation.

ST Chipbreaker for sticky material is newly developed

High performance exchangeable drilling tools with carbide inserts and holders

Micro grain carbide inserts and premium steel holders with secure and quick clamping system

For Multi Purpose

Made from Premium powder metallurgy materials with Special point geometry, holds superb wear resistance and improved Hole Tolerance

Better tool life with excellent coating

For reaming holes after drilling

For removing sharp corners, burrs and fins etc.

excellent performance

For Hardened Materials (HRc 50~HRc70)

Low Helix Angle to maximize tool’s rigidity

Special Point Thinning to improve chip evacuation

Available for processing MQL(Minimum Quantity Lubrication)

Flute Shape and Point Shape allowing better chip evacuation in deep hole drilling

Excellent Coating and Surface Treatment for better performance and chip evacuation

With Internal Coolant Holes

For composite materials including CFRP, GFRP

Special Point Type improve hole quality for Composite material

Long tool life and increased productivity by Diamond Coating

For Aluminum and Aluminum Alloys

Good chip treatment due to flute geometry & chip space

Better finish & built-up edge prevention

With Internal Coolant Holes

*DLC Coating is possible when requested.

For Tough Materials like Stainless Steels, Nickel Alloys and Titanium

Special flute shape and geometry for excellent chip removal

Point R-thinning makes the superior centering and chip curl

With Internal Coolant Holes

For Steels, up to Medium Hardness (~HRc30)

Special design for good centering, smooth chip removal and powerful drilling

With Internal Coolant Holes

Optimized for steel and cast iron machining

Excellent Performance with Optimized Design and Hign Cutting Speed

Superior surface finish with the most optimal flute shape design

Unique wave-shaped cutting edge design reduces the cutting force and also increases the chip
evacuation rate

With and Without Internal Coolant Holes

For General Purpose (HRc30 – HRc50)

Special design for good centering, smooth chip removal and powerful drilling

Special surface treatment after coating to reduce friction and better chip flow

With Internal Coolant Holes (Drill Diameter = Shank Diameter)

Without Internal Coolant Holes (Drill Diameter = Shank Diameter)

For Carbon Steels, Alloy Steels, and Cast Iron

Increased productivity due to which is 1.5-2 times faster feeding speed than 2-flute carbide drill

Multi-layer coating delivers improved productivity and reliability

Self centering and chip breaking by R-Thinning and coolant holes

With Internal Coolant Holes