ZCC-CT

ZCC-CT 2 Flute Long Length Ball Nose Slot Drill 

• Excellent tool design covers large chip pocket, good stability and machining efficiency
• Optimized cutting geometry (Rake angle) assures edge stabitlity and sharpness
• Ultra fine grain carbide
• KMG555 Nano-ALTiN coating base for hard machining at high temperatures
• For machining upto 68HRC

ZCC-CT HM-4E 4 Flute End Mill with Straight Shank For Hardened Steels

• Excellent tool design covers large chip pocket, good stability and machining efficiency
• Optimized cutting geometry (Rake angle) assures edge stabitlity and sharpness
• Ultra fine grain carbide
• KMG555 Nano-ALTiN coating base for hard machining at high temperatures
• For machining upto 68HRC

ZCC-CT HM-2B 2 Flute Ball Nose End Mill with Straight Shank

• Excellent tool design covers large chip pocket, good stability and machining efficiency
• Optimized cutting geometry (Rake angle) assures edge stabitlity and sharpness
• Ultra fine grain carbide
• KMG555 Nano-ALTiN coating base for hard machining at high temperatures
• For machining upto 68HRC

ZCC-CT UM-4EFP Series 4 Flute Short Cutting Edge AlCrN Coated High Performance Variable Helix Solid Carbide End Mill

• Optimised geometry with unequal 38 degree and 41 degree helix angles and unequal pitch.
• Working processes: Square shoulder milling, groove milling, face milling, counter sinking, circular milling and centre cutting.
• End mills and torus Mills.
• HSC/HPC machining.
• AlCrN (Aluminium Chromium Nitride) coated solid carbide for exceptional tool life.

ZCC-CT HM-4E 4 Flute Long Length End Mill with Straight Shank For Hardened Steels

• Excellent tool design covers large chip pocket, good stability and machining efficiency
• Optimized cutting geometry (Rake angle) assures edge stabitlity and sharpness
• Ultra fine grain carbide
• KMG555 Nano-ALTiN coating base for hard machining at high temperatures
• For machining upto 68HRC

ZCC-CT HM-6E 6 Flute End Mill with Straight Shank

• Excellent tool design covers large chip pocket, good stability and machining efficiency
• Optimized cutting geometry (Rake angle) assures edge stabitlity and sharpness
• Ultra fine grain carbide
• KMG555 Nano-ALTiN coating base for hard machining at high temperatures
• For machining upto 68HRC

ZCC-CT UM-4E Series 4 Flute Standard Length AlCrN Coated High Performance Variable Helix Solid Carbide End Mill

• Optimised geometry with unequal 38 degree and 41 degree helix angles and unequal pitch.
• Working processes: Square shoulder milling, groove milling, face milling, counter sinking, circular milling and centre cutting.
• End mills and torus Mills.
• HSC/HPC machining.
• AlCrN (Aluminium Chromium Nitride) coated solid carbide for exceptional tool life.

ZCC-CT UM-4ELP-W Series 4 Flute Long Length Weldon shank AlCrN Coated High Performance Variable Helix Solid Carbide End Mill

• Optimised geometry with unequal 38 degree and 41 degree helix angles and unequal pitch.
• Working processes: Square shoulder milling, groove milling, face milling, counter sinking, circular milling and centre cutting.
• End mills and torus Mills.
• HSC/HPC machining.
• AlCrN (Aluminium Chromium Nitride) coated solid carbide for exceptional tool life.

ZCC-CT UM-4R Series 4 Flute Standard Length Corner Radius AlCrN Coated High Performance Variable Helix Solid Carbide End Mill

• Optimised geometry with unequal 38 degree and 41 degree helix angles and unequal pitch.
• Working processes: Square shoulder milling, groove milling, face milling, counter sinking, circular milling and centre cutting.
• End mills and torus Mills.
• HSC/HPC machining.
• AlCrN (Aluminium Chromium Nitride) coated solid carbide for exceptional tool life.

ZCC-CT UM-4R Series 4 Flute Standard Length Corner Radius AlCrN Coated High Performance Variable Helix Solid Carbide End Mill

• Optimised geometry with unequal 38 degree and 41 degree helix angles and unequal pitch.
• Working processes: Square shoulder milling, groove milling, face milling, counter sinking, circular milling and centre cutting.
• End mills and torus Mills.
• HSC/HPC machining.
• AlCrN (Aluminium Chromium Nitride) coated solid carbide for exceptional tool life.

ZCC-CT UM-4R Series 4 Flute Standard Length Corner Radius AlCrN Coated High Performance Variable Helix Solid Carbide End Mill

• Optimised geometry with unequal 38 degree and 41 degree helix angles and unequal pitch.
• Working processes: Square shoulder milling, groove milling, face milling, counter sinking, circular milling and centre cutting.
• End mills and torus Mills.
• HSC/HPC machining.
• AlCrN (Aluminium Chromium Nitride) coated solid carbide for exceptional tool life.

ZCC-CT HM-4EFP 4 Flute Reduced Neck End Mill with Straight Shank For Hardened Steels

• Excellent tool design covers large chip pocket, good stability and machining efficiency
• Optimized cutting geometry (Rake angle) assures edge stabitlity and sharpness
• Ultra fine grain carbide
• KMG555 Nano-ALTiN coating base for hard machining at high temperatures
• For machining upto 68HRC

ZCC-CT HM-6EL 6 Flute End Mill with Long Straight Shank

• Excellent tool design covers large chip pocket, good stability and machining efficiency
• Optimized cutting geometry (Rake angle) assures edge stabitlity and sharpness
• Ultra fine grain carbide
• KMG555 Nano-ALTiN coating base for hard machining at high temperatures
• For machining upto 68HRC

2 Flute Corner Radius Long Length End Mill for Aluminium

• Newly developed geometry
• New KMD401 diamond like coating for significantly improved tool life
• Wide range of radii available on larger diameters

2 Flute Corner Radius Long Length End Mill for Aluminium

• Newly developed geometry
• New KMD401 diamond like coating for significantly improved tool life
• Wide range of radii available on larger diameters

2 Flute Corner Radius Long Length End Mill for Aluminium

• Newly developed geometry
• New KMD401 diamond like coating for significantly improved tool life
• Wide range of radii available on larger diameters

2 Flute Corner Radius Long Length End Mill for Aluminium

• Newly developed geometry
• New KMD401 diamond like coating for significantly improved tool life
• Wide range of radii available on larger diameters

2 Flute Corner Radius Long Length End Mill for Aluminium

• Newly developed geometry
• New KMD401 diamond like coating for significantly improved tool life
• Wide range of radii available on larger diameters

2 Flute Corner Radius Long Length End Mill for Aluminium

• Newly developed geometry
• New KMD401 diamond like coating for significantly improved tool life
• Wide range of radii available on larger diameters

ZCC-CT UM-4EL Series 4 Flute Long Length AlCrN Coated High Performance Variable Helix Solid Carbide End Mill

• Optimised geometry with unequal 38 degree and 41 degree helix angles and unequal pitch.
• Working processes: Square shoulder milling, groove milling, face milling, counter sinking, circular milling and centre cutting.
• End mills and torus Mills.
• HSC/HPC machining.
• AlCrN (Aluminium Chromium Nitride) coated solid carbide for exceptional tool life.

ZCC-CTÕs new TM range of high performance milling cutters for heat resistant super-alloys feature a revolutionary proprietary KMS405 coating for exceptional thermal stability and wear resistance.

ZCC-CT VSM 4 Flute High Performance Solid Carbide End Mill

• Solid micrograin carbide
• Variable helix geometry
• ALTiN coated
• Sharp cutting edge designed for HRSA
• Smooth machining with minimal vibration
• One tool for roughing and finishing
• Suitable for machining steel, stainless steel, HRSA and hardened steel upto 55HRC
• High metal removal rates

ZCC-CT HM-2E 2 Flute End Mill with Straight Shank

• Excellent tool design covers large chip pocket, good stability and machining efficiency
• Optimized cutting geometry (Rake angle) assures edge stabitlity and sharpness
• Ultra fine grain carbide
• KMG555 Nano-ALTiN coating base for hard machining at high temperatures
• For machining upto 68HRC

ZCC-CTÕs new TM range of high performance milling cutters for heat resistant super-alloys feature a revolutionary proprietary KMS405 coating for exceptional thermal stability and wear resistance.