SOWA TOOL & MACHINE CO. LTD Products

All products from this brand (10032 total)

Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates 3 flute design excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
Special geometry allows for high chip loads and feed rates Excellent for slotting and profiling at high speeds Made from premium submicron grain carbide Cutting diameter tolerance +0.000/-0.002
SPINDLE CLEANER FOR BT30 TAPER PLASTIC MOLDED HANDLE CLEANS OIL AND GREASE BUILDUP IN SPINDLES SOWA STM 326-210 Plastic Body, the taper wiper is made of special cotton material | For Easy Cleaning spindle holes.
SPINDLE CLEANER FOR CAT40&BT40 TAPER PLASTIC MOLDED HANDLE CLEANS OIL AND GREASE BUILDUP IN SPINDLES SOWA STM 326-215 Plastic Body, the taper wiper is made of special cotton material | For Easy Cleaning spindle holes.
SPINDLE CLEANER FOR CAT50&BT50 TAPER PLASTIC MOLDED HANDLE CLEANS OIL AND GREASE BUILDUP IN SPINDLES SOWA STM 326-220 Plastic Body, the taper wiper is made of special cotton material | For Easy Cleaning spindle holes.
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Split syle Shorter length Clamp on flat Bushing collapses to hold tool Used for drills, boring bars, and other tools
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Spring joint for precision settings Legs pivot on a roller Legs tensioned by bow spring
Square Head For Combination Square Sets Asimeto Hardened cast finished in baked enamel with exception of measurement faces 15mm (0.591\
Square shouldering cutter can do square shouldering, slotting and facing with 4 corner using insert. Tool life have been increased through 3 dimensional chip breakers and superb coating grades having optimal wear resistance and toughness. Combination of tough cutting edge and low cutting force design provide excellent cutting performance.
Square shouldering cutter can do square shouldering, slotting and facing with 4 corner using insert. Tool life have been increased through 3 dimensional chip breakers and superb coating grades having optimal wear resistance and toughness. Combination of tough cutting edge and low cutting force design provide excellent cutting performance.
STM 5/8\
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill.
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill. The premium micrograin carbide makes these mills tough enough to machine the very hard metals
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill. The premium micrograin carbide makes these mills tough enough to machine the very hard metals
Strength, rigidity and improved tool life can be obtained with this Stub Length End Mill. The premium micrograin carbide makes these mills tough enough to machine the very hard metals