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Taps / Cold forming taps
Taps / Cold forming taps selection
NORIS-SALOREX machine tap for blind hole threads up to approximately 3 x D thread depth. Due to the high spiral helical flutes the chip evacuation against the cutting direction is assured, even for deep threads. The tool is available with and without internal coolant supply.

All our products are available as inch-versions.

SALOREX UNI 6642, HSSE

  • For almost all materials
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer formen C/E
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX UNI 6852, HSSE

  • For almost all materials
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer formen C/E
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX UNI 6672, HSSE

  • For almost all materials
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX UNI W642, HSSE

  • For almost all materials
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX UNI 6470, HSSE

  • For almost all materials
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer formen C/E
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX UNI 6480, HSSE

  • For almost all materials
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer formen C/E
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX UNI 666C, HSSE

  • For almost all materials
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX UNI 6630, HSSE

  • For almost all materials
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX UNI 685D, HSSE

  • For almost all materials
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer formen C/E
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX ST 6670, HSSE

  • For steels with good machining capacity
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer formen C/E
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX ST 6880, HSSE

  • For steels with good machining capacity
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX ST 6890, HSSE

  • For steels with good machining capacity
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX ST 6640, HSSE

  • For steels with good machining capacity
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX HR 6643, HSSPS

  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX HR 6853, HSSPS

  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX VA 6605, HSSE

  • For stainless and acid proof steels
  • To be suited for blind and through hole threads
  • Thread depth up to 2 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX VA 6645, HSSE

  • For stainless and acid proof steels
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer formen C/E
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX VA 6855, HSSE

  • For stainless and acid proof steels
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C/E
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX VA 6655, HSSE

  • For stainless and acid proof steels
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX NW 6641, HSSE

  • For nonferrous metals
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer formen C/E
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF

SALOREX SOFT 664S, HSSE

  • For soft materials
  • To be suited for blind hole threads
  • Thread depth up to 3 x D
  • Available chamfer form C
Hole type
  • For almost all materials
  • For cast iron (GJL, GJS)
  • For Titanium and Titanium alloy
  • Interrupted threads reduce friction. With clamping material, the cutting capacity is improved.
  • Taps for CNC lathes
  • For steels with good machining capacity
  • For cast iron (GJL, GJS, GJV)
  • For Inconel 718
  • For sheet metal components
  • Tools with double total length L1 for the manufacture of threads at points of difficult access.
  • For heat treated and heat resistant steels up to 1100 N/mm²
  • For nonferrous metals
  • For hardened steel and hard castings up to 55 HRc
  • Optimized tools for the synchronous CNC machining with minimum length compensation chuck.
  • Taps with over length and extra long grooves for the manufacture of deep and low based threads.
  • For highly resistant and heat resistant steels up to 1400 N/mm²
  • For soft materials
  • Optimized tools for the dry machining or the use of ninimum quantity lubrification (MMS).
  • Cold forming tap design with lubricating grooves. To assure the lubricant supply with deep threads
  • For tapping by hand in stainless, heat resistant and heat-treated steels up to 1100 N/mm²
  • For Ampco alloys
  • Optimized tools for the synchronous CNC machining without compensation chuck.
  • Tools with internal coolant bore to assure the coolant supply and to support the chip discharge/tools with coolant bore and radial outlet in the grooves are named mKBR.
  • For tapping by hand in high strength steel types, Wolfram, hard castings and ferro-titanite up to 1400 N/mm² or 44 HRc
  • For Magnesium alloys
  • Threadforming geometry for almost all materials
  • Conically stepped guide thread. At the manufacture of deep and low based threads tooth breakage by clogged chips is avoided.
  • For stainless and acid proof steels
  • Für For short chipping brass
  • Cold forming tap for machining specific material groups
  • Optimized tools for high-speed machining for coutting speeds up to 100 m/min.
  • Data sheet: PDF
  • Catalogue download: PDF