Drills

DrillsClassification

Shape Series Feature
3KD
  • 3 shank types for portable power tools.
DCBSS
  • For machining materials such as sintered ceramics and quartz glass that cannot be machined with conventional drills.
DCSSM
  • Due to the Diamond Coating original technology of our company, it excels in film adhesion. There is neither flaking off or cutting edge chipping. Consistent cutting is possible.
DCSSS
  • Due to the Diamond Coating original technology of our company, it excels in film adhesion. There is neither flaking off or cutting edge chipping. Consistent cutting is possible.
DFAS
  • High efficiency drilling of various applications
DLE_120
  • The thinning pocket promotes smooth chip discharge and brings excellent hole position accuracy.
  • Sharp cutting edge and high fracture resistance.
  • SINGLE ANGLE POINT
  • FOR AUTOMATIC LATHES
DLE_145
  • The thinning pocket promotes smooth chip discharge and brings excellent hole position accuracy.
  • Sharp cutting edge and high fracture resistance.
  • SINGLE ANGLE POINT
  • FOR AUTOMATIC LATHES
DLE_60_90
  • The thinning pocket promotes smooth chip discharge and brings excellent hole position accuracy.
  • Sharp cutting edge and high fracture resistance.
  • Two-step point angles
  • FOR AUTOMATIC LATHES
DSAE
  • STRAIGHT CUTTING EDGE WITH DEDICATED HONING
  • DP9020 GRADE FOR MACHINING HEAT RESISTANT ALLOYS
  • SPECIAL MARGIN
DSAS
  • TRI-Cooling Technology
  • STRAIGHT CUTTING EDGE WITH DEDICATED HONING
  • DP9020 GRADE FOR MACHINING HEAT RESISTANT ALLOYS
  • SPECIAL MARGIN
DVAS-MINI
  • Mini Size
  • TRI-Cooling is optimal for small-diameter drills and can achieve more than double the conventional coolant discharge volume.
  • Increased coolant flow provides effective cooling even in difficult applications or when using an oil based cutting fluid.
DVAS-PILOT
  • Mini Size
  • TRI-Cooling is optimal for small-diameter drills and can achieve more than double the conventional coolant discharge volume.
  • Increased coolant flow provides effective cooling even in difficult applications or when using an oil based cutting fluid.
DWAE
  • Optimal flute length for swiss-type automatic and small CNC lathes.
  • Low cutting resistance design.
  • The proprietary web thinning geometry ensures wide space for chip evacuation and offers low thrust.
  • Excellent lubricity and long-term durability, achieving excellent wear resistance at low to medium cutting speeds.
DWAE-MINI
  • The wavy cutting edge, in contrast to conventional cutting edges that are easily damaged, provides both sharpness and cutting edge strength by resisting wear to the outer cutting edge.
  • Coated Grade DP102A
  • Unique Flute Form for Greater Rigidity
EPSS
  • Special cutting edge geometry to prevent through hole burrs.
GKCD
  • HSS Cobalt material is used for its excellent heat, wear and chipping resistance and is ideal for use over a wide range of materials, from carbon through to stainless steels.
  • Achieves an excellent cost performance ratio on low feed and speed applications.
GSD
  • Original manufacturing and coating technology for improved performance.
GTD
  • Original manufacturing and coating technology for improved performance.
GTTD
  • Special point geometry for minimal through hole burrs.
GWSL
  • Suitable for extra deep hole drilling.
GWSS
  • Suitable for general and deep hole drilling.
KSD
  • Sharp edge geometry for stainless steels up to 200HB.
KTD
  • Suitable for difficult-to-cut materials.
LSD
  • Widely used for deep hole drilling.
LTD
  • Widely used for deep hole drilling.
MAE_MAS
  • Pre-hole drilling for rolled tap.
  • Helical through coolant hole enables high speed machining (MAS type).
  • Specialized in aluminium and cast iron drilling.
  • High hole accuracy.
MCA
  • For CNC Machine / CFRP + Al
MCAH
  • For Hand tool / CFRP + Al
MCC
  • For CNC Machine / CFRP
MCCH
  • For Hand tool / CFRP
MCT
  • For CNC Machine / CFRP + Ti
MCW
  • For CNC Machine / CFRP and stack material high precision
MFE
  • High efficiency drilling of various applications
MGS
  • MGS drills are suitable for use with shrink fit holders.
MHS
  • High backling strength and unique double margin.
MICRO-MFE
  • High efficiency drilling of various applications
MICRO-MVS
  • Straight cutting edge that combines the chips evacuation and cutting edge strength improvement.
  • Double margin achieves the optimum balance and precision in small diameter drill.
MMS
  • New grade DP7020 and a unique margin, developed specifically for stainless steel, complement high flow coolant holes.
  • For high accuracy and efficient drilling of stainless steels.
MNS
  • Four coolant holes is ideal for MQL applications
MSE
  • Wide flute for preventing chip jamming.
  • Stable, small diameter machining.
MSP
     
MVE
  • New grade DP1020 offers long tool life for a wide range of work materials.
  • The unique wavy cutting edge provides excellent sharpness and rigidity and helps to control wear at the periphery.
MVS
  • New grade DP1020 offers long tool life for a wide range of work materials.
  • Unique coolant supply technology, TRI-cooling offers high machining efficiency. (on drills over ø6)
MVX
  • Ideal combination of outer CVD insert and inner PVD insert.
  • High rigidity body that enabled L/D=6 deep hole machining.
MWS
  • For high accuracy and efficient drilling of steels, carbon steels and difficult-to-cut materials.
MZE_MZS
  • Excellent chip disposal.
  • Helical through coolant hole enables high speed machining (MZS type).
PILOT-MVS
  • Straight cutting edge that combines the chips evacuation and cutting edge strength improvement.
  • Double margin achieves the optimum balance and precision in small diameter drill.
RX1S_HTP
  • With side coolant holes in the flutes
  • FOR A WIDE RANGE OF MATERIALS
  • SIMPLE TO CHANGE HEAD WITH HIGH RUNOUT ACCURACY
RX1S_STP
  • FOR A WIDE RANGE OF MATERIALS
  • SIMPLE TO CHANGE HEAD WITH HIGH RUNOUT ACCURACY
SD
  • For general drilling.
SD1_100
  • The diameter tolerance is - 0.007-0mm.
SDLS
  • It is recommended to use when long overall length is demanded for preventing collision with workpiece with high rigidity.
  • For both machining center and manually operated machines.
SEPDM
  • Proprietary D-STH surface treatment provides sharp cutting edge, excellent welding resistance and smooth chip discharge.
SEPDS
  • Proprietary D-STH surface treatment provides sharp cutting edge, excellent welding resistance and smooth chip discharge.
STAW
  • Wavy cutting edge design for good chip control.
  • Highly rigid clamping system offers stability and reliability for small hole drilling.
TAFS_TAFM_TAFL
  • High rigidity holder.
  • Economical due to the use of 4 cutting edges.
  • Various grades and chip breakers.
TAW
  • Wavy cutting edge design for good chip control.
  • Serration geometry for accurate insert location.
TD
  • For general drilling.
TTD
  • Special point geometry for minimal through hole burrs.
VAPDJ
  • Long-lasting drill bits for stable, high accuracy, non-step drilling of deep L/D=10 holes
VAPDM
  • Highly efficient drilling and long tool life have been achieved with the newly developed Violet coating. (Standard drill depth : less than 5 times the drill diameter)
VAPDMSUS
  • Our new design and the violet coating enable high efficiency drilling and long tool life for processing stainless steels.
VAPDS
  • Highly efficient drilling and long tool life have been achieved with the newly developed Violet coating. (Standard drill depth : less than 3 times the drill diameter)
VAPDSCB
  • Unique geometry offers high efficiency counter boring.　Excellent chip breaking and flat counterbored surface.
VAPDSSUS
  • Our new design and the violet coating enable high efficiency drilling and long tool life for processing stainless steels.
VSD

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