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HRC56 Ball Nose End Mills
Show Details
Specitications
| SIZES(D*fL*sD*L) | |
| D1*3*D4*50L | D5*(13/20/25)*D5*(50/75/100)L |
| D1.5*4.5*D4*50L | D6*(15/24/30)*D6*(50/75/100)L |
| D2*6*D4*50L | D8*(20/30/35)*D8*(50/75/100)L |
| D2.5*7.5*D4*50L | D10*(25/40)*D10*(75/100)L |
| D3*9*D4*50L | D12*(30/45)*D12*(75/100)L |
| D3*(9/12/15)*D3*(50/75/100)L | D14/D16/D18/D20/D25*100L |
| D4*(10/16/20)*D4*(50/75/100)L | D6/D8/D10/D12/D14/D16/D18/D20*150L |
SUPSTEED HRC56 Ball Nose End Mills: For Demanding Precision
Master complex 3D contours and precision mold machining with SUPSTEED's premium Ball Nose End Mills. Engineered for superior performance in hardened steels up to HRC56, these tools are ideal for aerospace, automotive die & mold, and general high-precision machining applications.
Our end mills feature a robust micro-grain carbide substrate and a advanced heat-resistant coating, significantly enhancing wear resistance and thermal stability. This ensures extended tool life and consistent performance in high-temperature environments. The optimized flute design guarantees efficient chip evacuation, reducing cutting resistance for a superior finish. Experience exceptional rigidity, reduced vibration, and unparalleled accuracy for your most challenging projects.
Key Features:
Machining Hard Materials (Up to HRC56)
Advanced Thermal-Resistant Coating
Enhanced Wear Resistance & Longer Tool Life
Optimized Flute Geometry for Smooth Chip Removal
Superior Surface Finish on 3D Contours
Clients Good Feedback
Factory
Service Introduction
Logistics Package
FAQ
What materials are these end mills for?
They are specifically designed for machining hard steels up to 56 HRC, like tool and die steels.
What is their main advantage?
They offer high wear resistance and stability, providing a longer tool life in tough materials.
Do they require coolant?
Yes, using a strong air blast or mist coolant is highly recommended to control heat and extend tool life.
How can I tell if the tool is worn out?
Look for a change in sound (chatter), poor surface finish, or burning on the workpiece.
What coating do they usually have?
They typically feature a hard coating like TiAlN (titanium aluminum nitride) for superior heat and abrasion resistance.
HRC56 Ball Nose End Mills
Show Details
Specitications
| SIZES(D*fL*sD*L) | |
| D1*3*D4*50L | D5*(13/20/25)*D5*(50/75/100)L |
| D1.5*4.5*D4*50L | D6*(15/24/30)*D6*(50/75/100)L |
| D2*6*D4*50L | D8*(20/30/35)*D8*(50/75/100)L |
| D2.5*7.5*D4*50L | D10*(25/40)*D10*(75/100)L |
| D3*9*D4*50L | D12*(30/45)*D12*(75/100)L |
| D3*(9/12/15)*D3*(50/75/100)L | D14/D16/D18/D20/D25*100L |
| D4*(10/16/20)*D4*(50/75/100)L | D6/D8/D10/D12/D14/D16/D18/D20*150L |
SUPSTEED HRC56 Ball Nose End Mills: For Demanding Precision
Master complex 3D contours and precision mold machining with SUPSTEED's premium Ball Nose End Mills. Engineered for superior performance in hardened steels up to HRC56, these tools are ideal for aerospace, automotive die & mold, and general high-precision machining applications.
Our end mills feature a robust micro-grain carbide substrate and a advanced heat-resistant coating, significantly enhancing wear resistance and thermal stability. This ensures extended tool life and consistent performance in high-temperature environments. The optimized flute design guarantees efficient chip evacuation, reducing cutting resistance for a superior finish. Experience exceptional rigidity, reduced vibration, and unparalleled accuracy for your most challenging projects.
Key Features:
Machining Hard Materials (Up to HRC56)
Advanced Thermal-Resistant Coating
Enhanced Wear Resistance & Longer Tool Life
Optimized Flute Geometry for Smooth Chip Removal
Superior Surface Finish on 3D Contours
Clients Good Feedback
Factory
Service Introduction
Logistics Package
FAQ
What materials are these end mills for?
They are specifically designed for machining hard steels up to 56 HRC, like tool and die steels.
What is their main advantage?
They offer high wear resistance and stability, providing a longer tool life in tough materials.
Do they require coolant?
Yes, using a strong air blast or mist coolant is highly recommended to control heat and extend tool life.
How can I tell if the tool is worn out?
Look for a change in sound (chatter), poor surface finish, or burning on the workpiece.
What coating do they usually have?
They typically feature a hard coating like TiAlN (titanium aluminum nitride) for superior heat and abrasion resistance.
