SOWA TOOL & MACHINE CO. LTD Products

All products from this brand (10032 total)

Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Our ER collet system is made of special elastic steel material under excellent heat treatment and precise grinding process, so it has precise accuracy, powerful clamping ability, and is durable. This collet can clamp for a specific standard size and its next size. It can be widely used for boring, milling, drilling and tapping as well as for grinding operation, and is available for all sizes.
Outstanding Features: Toolpost profile-ground. Easy to operate. Any number of different toolholders can be used. 40 tool-bit positions. Adjustment for height of the tool bit is controlled by a knurled head screw without using packing plates or shims. Loosening and locking of any toolholder is performed by simple eccentric clamping. Save time by changing the toolholder from the top without moving longitudinal or traverse slides. Bore with longitudinal feed by using toolholder with inner taper. Eliminates complicated boring with the tailstock. Mounting On Lathe: Profile-ground serrated toolpost to be mounted with support clamping bolt. The centering disk should be bored to the dimension of the clamping bolt (snug fit not necessary). It is recommended that the toolpost with clamped toolholder and boring bar be aligned at a right angle to the face plate. The toolpost is locked on the support by means of two set pins. The marking point should then be set on \
Outstanding Features: Toolpost profile-ground. Easy to operate. Any number of different toolholders can be used. 40 tool-bit positions. Adjustment for height of the tool bit is controlled by a knurled head screw without using packing plates or shims. Loosening and locking of any toolholder is performed by simple eccentric clamping. Save time by changing the toolholder from the top without moving longitudinal or traverse slides. Bore with longitudinal feed by using toolholder with inner taper. Eliminates complicated boring with the tailstock. Mounting On Lathe: Profile-ground serrated toolpost to be mounted with support clamping bolt. The centering disk should be bored to the dimension of the clamping bolt (snug fit not necessary). It is recommended that the toolpost with clamped toolholder and boring bar be aligned at a right angle to the face plate. The toolpost is locked on the support by means of two set pins. The marking point should then be set on \
Outstanding Features: Toolpost profile-ground. Easy to operate. Any number of different toolholders can be used. 40 tool-bit positions. Adjustment for height of the tool bit is controlled by a knurled head screw without using packing plates or shims. Loosening and locking of any toolholder is performed by simple eccentric clamping. Save time by changing the toolholder from the top without moving longitudinal or traverse slides. Bore with longitudinal feed by using toolholder with inner taper. Eliminates complicated boring with the tailstock. Mounting On Lathe: Profile-ground serrated toolpost to be mounted with support clamping bolt. The centering disk should be bored to the dimension of the clamping bolt (snug fit not necessary). It is recommended that the toolpost with clamped toolholder and boring bar be aligned at a right angle to the face plate. The toolpost is locked on the support by means of two set pins. The marking point should then be set on \
Outstanding Features: Toolpost profile-ground. Easy to operate. Any number of different toolholders can be used. 40 tool-bit positions. Adjustment for height of the tool bit is controlled by a knurled head screw without using packing plates or shims. Loosening and locking of any toolholder is performed by simple eccentric clamping. Save time by changing the toolholder from the top without moving longitudinal or traverse slides. Bore with longitudinal feed by using toolholder with inner taper. Eliminates complicated boring with the tailstock. Mounting On Lathe: Profile-ground serrated toolpost to be mounted with support clamping bolt. The centering disk should be bored to the dimension of the clamping bolt (snug fit not necessary). It is recommended that the toolpost with clamped toolholder and boring bar be aligned at a right angle to the face plate. The toolpost is locked on the support by means of two set pins. The marking point should then be set on \
Outstanding Features: Toolpost profile-ground. Easy to operate. Any number of different toolholders can be used. 40 tool-bit positions. Adjustment for height of the tool bit is controlled by a knurled head screw without using packing plates or shims. Loosening and locking of any toolholder is performed by simple eccentric clamping. Save time by changing the toolholder from the top without moving longitudinal or traverse slides. Bore with longitudinal feed by using toolholder with inner taper. Eliminates complicated boring with the tailstock. Mounting On Lathe: Profile-ground serrated toolpost to be mounted with support clamping bolt. The centering disk should be bored to the dimension of the clamping bolt (snug fit not necessary). It is recommended that the toolpost with clamped toolholder and boring bar be aligned at a right angle to the face plate. The toolpost is locked on the support by means of two set pins. The marking point should then be set on \
Parallelism: ?0.002mm/100mm Squareness: ?0.002mm/100mm Stainless Steel VSTV-50W designed specifically for wire cutter use
Positioning Keys (Pair) For #1 Modular Vises
Powerful & economic milling tool with double clamping and 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping and 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping and 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Powerful & economic milling tool with double clamping, negative, 3-corner insert. Longer tool life with various insert grades Shortened machining cycle time Long tool life due to low cutting resistance chipbreaker Decreased cutting resistance allows for high feed cutting Coolant through
Precision ground, hardened to HRC58 and normalized by a sub-zero treatment. Rolls are hardened and ground to an accuracy of 0.001mm. High precision of parallelism within 0.002mm and squareness within 0.005mm. Set-up and dressing time reduced to a bare minimum due to simplicity of set up. (Angle 0 Degree, 60 Degree)
Precision ground, hardened to HRC58 and normalized by a sub-zero treatment. Rolls are hardened and ground to an accuracy of 0.001mm. High precision of parallelism within 0.002mm and squareness within 0.005mm. Set-up and dressing time reduced to a bare minimum due to simplicity of set up. (Angle 0 Degree, 60 Degree)
Precision made, hardened and ground to closest tolerances
Precision made, hardened and ground to closest tolerances
Production of a lathe machine, even of high capacity, is conditioned to the speed and time required for changing tools. Fast tool changing and simplicity increase machine production. Our turrets are designed and constructed to achieve these essential requirements. Our Turrets offers these advantages: 1 - No chatter or vibrations. 2 - Save long set-up work for centering tool to centre of rotation axle. 3 - No tool breakages, caused by poor or irregular setting of the tool on the shims. Main Block assembly is made of case-hardened steel rigidly secured by the lathe carriage machine steel bolt. Main block has four slide openings, for inserting the proper tool holder. These can be securely fastened by a simple and safe eccentric device, which also adjusts individual tool holder height. Tool shank is held securely by four hardened screws.
PROTRACTOR & LEVEL ELECTRONIC 0-360?RANGE 1?RESOLUTION 4 90? QUADRANTS FOR DISPLAY ASIMETO PART #7490160 This protractor provides an immediate digital reading of any angle in a full circle with 0?-90?-0?-90?-0? readings. Angle displayed upright regardless of protractor position
Provides excellent wear resistance when cutting aluminum castings, bronze, cast and ductile irons, fiberglass, hard plastics and other non-ferrous materials. NOT recommended for steel applications. 118 Degree point
Provides excellent wear resistance when cutting aluminum castings, bronze, cast and ductile irons, fiberglass, hard plastics and other non-ferrous materials. NOT recommended for steel applications. 118 Degree point
Provides excellent wear resistance when cutting aluminum castings, bronze, cast and ductile irons, fiberglass, hard plastics and other non-ferrous materials. NOT recommended for steel applications. 118 Degree point
Provides excellent wear resistance when cutting aluminum castings, bronze, cast and ductile irons, fiberglass, hard plastics and other non-ferrous materials. NOT recommended for steel applications. 118 Degree point
Provides excellent wear resistance when cutting aluminum castings, bronze, cast and ductile irons, fiberglass, hard plastics and other non-ferrous materials. NOT recommended for steel applications. 118 Degree point
Provides excellent wear resistance when cutting aluminum castings, bronze, cast and ductile irons, fiberglass, hard plastics and other non-ferrous materials. NOT recommended for steel applications. 118 Degree point
R.H. cut-weldon shank
R.H. cut-weldon shank
R.H. cut-weldon shank
R.H. cut-weldon shank
R.H. cut-weldon shank
R.H. cut-weldon shank
R.H. cut-weldon shank
R.H. cut-weldon shank
R.H. cut-weldon shank
R.H. cut-weldon shank
R8 JT2 Jacobs Taper Adapter Sowa Part # 534-462
R8 JT3 Jacobs Taper Adapter Sowa Part # 534-464
R8 JT33 Jacobs Taper Adapter Sowa Part # 534-468
R8 JT6 Jacobs Taper Adapter Sowa Part # 534-466
R8 MT1 Morse Taper Adapter Sowa Part # 534-486
R8 MT2 Morse Taper Adapter Sowa Part # 534-488
R8 MT3 Morse Taper Adapter Sowa Part # 534-490
R8 TO 1-1/2\
R8 TO 1-1/4\
R8 TO 1/2\
R8 TO 1\
R8 TO 3/4\
Red pilot can be seen clearly High sensitivity location sensor Location of end surface, outside circle dia., inside circle diameter of the workpiece for processing can be detected with full effect Whole travel of red pilot is illuminating, detecting also can be done during turning while spindle stops
Reverse counter Stainless steel components Rotating bezel with clamp Lugback (1/4\
Reverse counter Stainless steel components Rotating bezel with clamp Lugback (1/4\
Reverse counter Stainless steel components Rotating bezel with clamp Lugback (1/4\
Reverse counter Stainless steel components Rotating bezel with clamp Lugback (1/4\
Rockwell Hardness Test Block Asimeto 60mm x 40mm x 10mm Measures all threads from 3-48 threads per inch Measures all metric threads from 0.5mm to 6mm Also measures ACME threads Asimeto Part #7640810
Rockwell Type Hardness Tester Asimeto For testing the hardness of various materials to determine the Rockwell hardness to scales A, B, and C Hardened drill rod 60-62 HRC, 2\
Rotary style
Rotary style
Rotary style
Rotary style
Rotary style
Rotary style
Rotary style
Rotary style
Rotary style
Rotary style
Rotary style
Rotary style
Rotary style
Rotary style