SOWA TOOL & MACHINE CO. LTD Products

All products from this brand (10032 total)

For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For general purpose applications in a variety of materials and for drilling in applications where added toughness is required such as unstable set ups on manual machines or cross hole drilling. Series 1-4: 132 Degree point Series 5-7: 144 Degree point
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For highly abrasive and hard to machine materials For production applications in cast iron, alloy steel, or glass reinforced plastics Long running carbide eliminates the high cost of tool changes in production situations Rigid set-up a must - not suited for hand held applications Tools 3/8\
For synchronous, rigid tapping operations using TG collet chuck Collet bore is exact tool diameter with square drive for accuracy and rigidity
For synchronous, rigid tapping operations using TG collet chuck Collet bore is exact tool diameter with square drive for accuracy and rigidity
For synchronous, rigid tapping operations using TG collet chuck Collet bore is exact tool diameter with square drive for accuracy and rigidity
For synchronous, rigid tapping operations using TG collet chuck Collet bore is exact tool diameter with square drive for accuracy and rigidity
For synchronous, rigid tapping operations using TG collet chuck Collet bore is exact tool diameter with square drive for accuracy and rigidity
For synchronous, rigid tapping operations using TG collet chuck Collet bore is exact tool diameter with square drive for accuracy and rigidity
For synchronous, rigid tapping operations using TG collet chuck Collet bore is exact tool diameter with square drive for accuracy and rigidity
For synchronous, rigid tapping operations using TG collet chuck Collet bore is exact tool diameter with square drive for accuracy and rigidity
For use on: Non-ferrous alloys Aluminum Cast Iron High abrasive materials Plastics 20 Degree helix angle 118 Degree four facet point Bright finish
For use on: Non-ferrous alloys Aluminum Cast Iron High abrasive materials Plastics 20 Degree helix angle 118 Degree four facet point Bright finish
For use on: Non-ferrous alloys Aluminum Cast Iron High abrasive materials Plastics 20 Degree helix angle 118 Degree four facet point Bright finish
For use on: Non-ferrous alloys Aluminum Cast Iron High abrasive materials Plastics 20 Degree helix angle 118 Degree four facet point Bright finish
For use on: Non-ferrous alloys Aluminum Cast Iron High abrasive materials Plastics 20 Degree helix angle 118 Degree four facet point Bright finish
For use on: Non-ferrous alloys Aluminum Cast Iron High abrasive materials Plastics 20 Degree helix angle 118 Degree four facet point Bright finish
For use with the 356 series of Precision Boring Heads
For use with the 356 series of Precision Boring Heads
For use with the 356 series of Precision Boring Heads
For use with the 356 series of Precision Boring Heads
For use with the 356 series of Precision Boring Heads
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four flute carbide end mills with corner radius allows more strength and minimizes chipping on corners. Four flute construction provides more strength than two or three flute and will also result in excellent surface finishes.
Four-flute configuration with center cutting permits plunging and milling on many ferrous and non-ferrous materials, and offers lower chip-load for size control and finish
Four-flute configuration with center cutting permits plunging and milling on many ferrous and non-ferrous materials, and offers lower chip-load for size control and finish
Four-flute configuration with center cutting permits plunging and milling on many ferrous and non-ferrous materials, and offers lower chip-load for size control and finish.
Four-flute configuration with center cutting permits plunging and milling on many ferrous and non-ferrous materials, and offers lower chip-load for size control and finish.
Free style clamping
Free style clamping
Fully hardened and ground base serves as an accurate reference surface. Machined Vee groove in the base allows the gauge to be used conveniently on curved surfaces.
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel
General purpose 118 Degree High Speed Steel