SOWA TOOL & MACHINE CO. LTD Products

All products from this brand (10032 total)

High tensile iron casting Cold rolled screw thread Plain jaws of special steel
High tensile iron casting Cold rolled screw thread Plain jaws of special steel
High tensile iron casting Cold rolled screw thread Plain jaws of special steel
Holder shank allows different machines to drive cutter Select adapter lengths reduce the number of machine set ups.
Holds 5C, C32 or OZ25 collets 220 x 110 x 6mm Plastic Collets not included
HSCO Cobalt Wide flutes provide good chip evacuation Positive cut Constant profile aids regrinding of the tool Self-centering of the cutting mill (three bearing points) Virtually eliminates vibration
HSCO Cobalt Wide flutes provide good chip evacuation Positive cut Constant profile aids regrinding of the tool Self-centering of the cutting mill (three bearing points) Virtually eliminates vibration
HSCO Cobalt Wide flutes provide good chip evacuation Positive cut Constant profile aids regrinding of the tool Self-centering of the cutting mill (three bearing points) Virtually eliminates vibration
HSCO Cobalt Wide flutes provide good chip evacuation Positive cut Constant profile aids regrinding of the tool Self-centering of the cutting mill (three bearing points) Virtually eliminates vibration
HSCO Cobalt Wide flutes provide good chip evacuation Positive cut Constant profile aids regrinding of the tool Self-centering of the cutting mill (three bearing points) Virtually eliminates vibration
HSCO Cobalt Wide flutes provide good chip evacuation Positive cut Constant profile aids regrinding of the tool Self-centering of the cutting mill (three bearing points) Virtually eliminates vibration
HSCO Cobalt Wide flutes provide good chip evacuation Positive cut Constant profile aids regrinding of the tool Self-centering of the cutting mill (three bearing points) Virtually eliminates vibration
HSCO Cobalt Wide flutes provide good chip evacuation Positive cut Constant profile aids regrinding of the tool Self-centering of the cutting mill (three bearing points) Virtually eliminates vibration
HSCO Cobalt Wide flutes provide good chip evacuation Positive cut Constant profile aids regrinding of the tool Self-centering of the cutting mill (three bearing points) Virtually eliminates vibration
HSK Advantages:, High rigidity and torque transmission (almost double the rigidity of V-flange holders), Extreme concentricity enhance tool life performance, Coolant thru capabilities
Hsk100 System (Bilz) #1 Gage Length 3.54\
Hsk100 System (Bilz) #1 Gage Length 5.30\
Hsk100 System (Bilz) #2 Gage Length 3.74\
Hsk100 System (Bilz) #2 Gage Length 6.30\
HSK100A 1-1/2\
HSK100A 1\
HSK100A 1\
HSK100A 2\
HSK100A 32mm x 5.315\
Hsk100a Coolant Tube Sowa Part #536-602
HSK100A ER20 x 6\
Hsk100a-1/2-3.74 Shrink Fit Holder Sowa Part #536-444
Hsk100a-1/2-6.30 Shrink Fit Holder Sowa Part #536-446
Hsk63 System (Bilz) #1 Gage Length 3.34\
Hsk63 System (Bilz) #1 Gage Length 5.30\
Hsk63 System (Bilz) #2 Gage Length 4.00\
Hsk63 System (Bilz) #2 Gage Length 6.10\
Hsk63a 06MM-80 Shrink Fit Holder Sowa Part #536-306
HSK63A 1 x 5.118\
HSK63A 1\
HSK63A 1\
Hsk63a 3/4-6.30 Shrink Fit Holder Sowa Part #536-364
HSK63A 3/4\
HSK63A 32mm x 5.118\
Hsk63a Coolant Tube Sowa Part #536-600
Hydraulic Booster System provides a steady clamping force against shocks and vibrations during the operations, since it fastens the work piece resiliently with the aid of the disc-springs mounted inside.
Hydraulic Booster System provides a steady clamping force against shocks and vibrations during the operations, since it fastens the work piece resiliently with the aid of the disc-springs mounted inside.
Ideal for mill or jig bore operation These heads readily adapt to many different machines due to interchangeable shanks 1-1/2\
Ideal for mill or jig bore operation These heads readily adapt to many different machines due to interchangeable shanks 1-1/2\
Ideal for mill or jig bore operation These heads readily adapt to many different machines due to interchangeable shanks 1-1/2\
Impact Hardness Tester, HRB, HRC, HV, HB, HS, HL Asimeto 128x64 dot matrix LCD screen allows for clear display of all functions and parameters USB1.1 port allows for information to be uploaded directly to a PC Asimeto Part #7640171
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable Chamfering Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance. Distinguished improvement of Productivity by cutting speed 3~4 times as fast as Brazed end mill
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker.
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker.
Indexable end mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker.
Indexable Face Mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable Face Mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable Face Mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable Face Mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker
Indexable Face Mill for Slotting, Shoulder milling and plane milling. Outstanding chip control and prominent machining in Medium and Roughing by Coated insert combined Toughness with Wear Resistance and designed 3 dimension chip breaker