A rise up type tap that does not expel chips.[Features]· The TAFLET series uses workpiece plastic fluidity to raise screw threads and create female threads.· It does not produce chips.· Less inconsistent screw precision.· The fiber flow of the material is not interrupted and therefore the strength of the female threads is strong.[Applications]· Suitable for roll threaded screw machining of mild steel and stainless steel with hardness of 20 HRC or less.
A rise up type tap that does not expel chips.[Features]· The TAFLET series uses workpiece plastic fluidity to raise screw threads and create female threads.· It does not produce chips.· Less inconsistent screw precision.· The fiber flow of the material is not interrupted and therefore the strength of the female threads is strong.[Applications]· Suitable for roll threaded screw machining of mild steel and stainless steel with hardness of 20 HRC or less.
A rise up type tap that does not expel chips.[Features]· The TAFLET series uses workpiece plastic fluidity to raise screw threads and create female threads.· It does not produce chips.· Less inconsistent screw precision.· The fiber flow of the material is not interrupted and therefore the strength of the female threads is strong.[Applications]· Suitable for roll threaded screw machining of mild steel and stainless steel with hardness of 20 HRC or less.
A rise up type tap that does not expel chips.[Features]· The TAFLET series uses workpiece plastic fluidity to raise screw threads and create female threads.· It does not produce chips.· Less inconsistent screw precision.· The fiber flow of the material is not interrupted and therefore the strength of the female threads is strong.[Applications]· Suitable for roll threaded screw machining of mild steel and stainless steel with hardness of 20 HRC or less.
A rise up type tap that does not expel chips.[Features]· The TAFLET series uses workpiece plastic fluidity to raise screw threads and create female threads.· It does not produce chips.· Less inconsistent screw precision.· The fiber flow of the material is not interrupted and therefore the strength of the female threads is strong.[Applications]· Suitable for roll threaded screw machining of mild steel and stainless steel with hardness of 20 HRC or less.
A rise up type tap that does not expel chips.[Features]· The TAFLET series uses workpiece plastic fluidity to raise screw threads and create female threads.· It does not produce chips.· Less inconsistent screw precision.· The fiber flow of the material is not interrupted and therefore the strength of the female threads is strong.[Applications]· Suitable for roll threaded screw machining of mild steel and stainless steel with hardness of 20 HRC or less.
A long ironworking drill wrapped in a blister pack.[Features]· It supports various drilling depths, so drills can be selected from an abundant choice of sizes (groove length, full length).· A generic type used in the widest ranges of applications.[Applications]· Ideal for iron/steel.
A long ironworking drill wrapped in a blister pack.[Features]· It supports various drilling depths, so drills can be selected from an abundant choice of sizes (groove length, full length).· A generic type used in the widest ranges of applications.[Applications]· Ideal for iron/steel.
A long ironworking drill wrapped in a blister pack.[Features]· It supports various drilling depths, so drills can be selected from an abundant choice of sizes (groove length, full length).· A generic type used in the widest ranges of applications.[Applications]· Ideal for iron/steel.
A long ironworking drill wrapped in a blister pack.[Features]· It supports various drilling depths, so drills can be selected from an abundant choice of sizes (groove length, full length).· A generic type used in the widest ranges of applications.[Applications]· Ideal for iron/steel.
A long ironworking drill wrapped in a blister pack.[Features]· It supports various drilling depths, so drills can be selected from an abundant choice of sizes (groove length, full length).· A generic type used in the widest ranges of applications.[Applications]· Ideal for iron/steel.
A long ironworking drill wrapped in a blister pack.[Features]· It supports various drilling depths, so drills can be selected from an abundant choice of sizes (groove length, full length).· A generic type used in the widest ranges of applications.[Applications]· Ideal for iron/steel.
An aluminum drill for small diameter hole drilling, which performs high speed wet and dry machining of aluminum alloys.[Features]· It utilizes DLC coating (diamond-like carbon) with high hardness, a low coefficient of friction and abrasion resistance.· Melting induced adhesion is minimal due to the low friction coefficient of the DLC coating and special groove shape, also making chips less likely to clog.· Allows non-step boring of hole depth 5D.[Applications]· Capable of dry machining of alumin
An aluminum drill for small diameter hole drilling, which performs high speed wet and dry machining of aluminum alloys.[Features]· It utilizes DLC coating (diamond-like carbon) with high hardness, a low coefficient of friction and abrasion resistance.· Melting induced adhesion is minimal due to the low friction coefficient of the DLC coating and special groove shape, also making chips less likely to clog.· Allows non-step boring of hole depth 5D.[Applications]· Capable of dry machining of alumin
