Cylindrical/Square end mills NVD
Product ID: P15307610
Smooth-edged, normal version, POLYCHROM
![Fine grain carbide. Hardness 1600 HV. Co content 10%. Cutting tool substrate material - Hm MG10](https://fraisa.cdn.celum.cloud/CDNIcon/1534.png)
![The corner between the front side blade and the circumference blade has a protective chamfer of 45°. The size of the protective chamfer is stated for each diameter in the data table on the catalogue page. Form of the corner of the cutting edges - 45°](https://fraisa.cdn.celum.cloud/CDNIcon/290.png)
![Helix angle 45° Rake angle 0° Helix angle 45° Rake angle 0°](https://fraisa.cdn.celum.cloud/CDNIcon/3523.png)
![Milling tool with a partially polished blade • Reinforcement of the exposed cutting corner • Absorption of high cutting forces Tool technologies - Milling tool with a partially polished blade](https://fraisa.cdn.celum.cloud/CDNIcon/373.png)
![Milling tool with scaled slot • Extension of swarf space • Optimised chip removal • Highest possible axial and radial infeeds Tool technologies - Milling tool with scaled slot](https://fraisa.cdn.celum.cloud/CDNIcon/336.png)
![Milling tool with a special protective chamfer • Reinforcement of the main cutting edge against chipping • High tooth feed rates are possible in the case of smooth-edged tools • High axial and radial infeeds are possible in the case of profiled tools Tool technologies - Milling tool with a special protective chamfer](https://fraisa.cdn.celum.cloud/CDNIcon/344.png)
![Milling tool with a variable helix angle • Minimisation of oscillation and vibrations • Increase in material removal rates and tool life Tool technologies - Milling tool with a variable helix angle](https://fraisa.cdn.celum.cloud/CDNIcon/372.png)
![Fine grain carbide. Hardness 1600 HV. Co content 10%. Cutting tool substrate material - Hm MG10](https://fraisa.cdn.celum.cloud/CDNIcon/1534.png)
![The corner between the front side blade and the circumference blade has a protective chamfer of 45°. The size of the protective chamfer is stated for each diameter in the data table on the catalogue page. Form of the corner of the cutting edges - 45°](https://fraisa.cdn.celum.cloud/CDNIcon/290.png)
![Helix angle 45° Rake angle 0° Helix angle 45° Rake angle 0°](https://fraisa.cdn.celum.cloud/CDNIcon/3523.png)
![Milling tool with a partially polished blade • Reinforcement of the exposed cutting corner • Absorption of high cutting forces Tool technologies - Milling tool with a partially polished blade](https://fraisa.cdn.celum.cloud/CDNIcon/373.png)
![Milling tool with scaled slot • Extension of swarf space • Optimised chip removal • Highest possible axial and radial infeeds Tool technologies - Milling tool with scaled slot](https://fraisa.cdn.celum.cloud/CDNIcon/336.png)
![Milling tool with a special protective chamfer • Reinforcement of the main cutting edge against chipping • High tooth feed rates are possible in the case of smooth-edged tools • High axial and radial infeeds are possible in the case of profiled tools Tool technologies - Milling tool with a special protective chamfer](https://fraisa.cdn.celum.cloud/CDNIcon/344.png)
![Milling tool with a variable helix angle • Minimisation of oscillation and vibrations • Increase in material removal rates and tool life Tool technologies - Milling tool with a variable helix angle](https://fraisa.cdn.celum.cloud/CDNIcon/372.png)
![particularly suitable for Rm < 850 Rm < 850](https://fraisa.cdn.celum.cloud/CDNIcon/699.png)
![particularly suitable for Rm 850-1100 Rm 850-1100](https://fraisa.cdn.celum.cloud/CDNIcon/693.png)
![particularly suitable for Rm 1100-1300 Rm 1100-1300](https://fraisa.cdn.celum.cloud/CDNIcon/695.png)
![good to adequate suitability for Rm 1300-1500 Rm 1300-1500](https://fraisa.cdn.celum.cloud/CDNIcon/696.png)
![particularly suitable for Inox Stainless Inox Stainless](https://fraisa.cdn.celum.cloud/CDNIcon/689.png)
![particularly suitable for Ti Titanium Ti Titanium](https://fraisa.cdn.celum.cloud/CDNIcon/701.png)
![particularly suitable for Rm < 850 Rm < 850](https://fraisa.cdn.celum.cloud/CDNIcon/699.png)
![particularly suitable for Rm 850-1100 Rm 850-1100](https://fraisa.cdn.celum.cloud/CDNIcon/693.png)
![particularly suitable for Rm 1100-1300 Rm 1100-1300](https://fraisa.cdn.celum.cloud/CDNIcon/695.png)
![good to adequate suitability for Rm 1300-1500 Rm 1300-1500](https://fraisa.cdn.celum.cloud/CDNIcon/696.png)
![particularly suitable for Inox Stainless Inox Stainless](https://fraisa.cdn.celum.cloud/CDNIcon/689.png)
![particularly suitable for Ti Titanium Ti Titanium](https://fraisa.cdn.celum.cloud/CDNIcon/701.png)
![Roughing HPC, laterally (partial cut) Roughing HPC, laterally (partial cut)](https://fraisa.cdn.celum.cloud/CDNIcon/531.png)
![Roughing HPC, slots (full cut) Roughing HPC, slots (full cut)](https://fraisa.cdn.celum.cloud/CDNIcon/532.png)
![Roughing HDC-S (partial cut) Roughing HDC-S (partial cut)](https://fraisa.cdn.celum.cloud/CDNIcon/530.png)
![Roughing HDC-P (partial cut) Roughing HDC-P (partial cut)](https://fraisa.cdn.celum.cloud/CDNIcon/529.png)
![Roughing HPC, laterally (partial cut) Roughing HPC, laterally (partial cut)](https://fraisa.cdn.celum.cloud/CDNIcon/531.png)
![Roughing HPC, slots (full cut) Roughing HPC, slots (full cut)](https://fraisa.cdn.celum.cloud/CDNIcon/532.png)
![Roughing HDC-S (partial cut) Roughing HDC-S (partial cut)](https://fraisa.cdn.celum.cloud/CDNIcon/530.png)
![Roughing HDC-P (partial cut) Roughing HDC-P (partial cut)](https://fraisa.cdn.celum.cloud/CDNIcon/529.png)
![Cylindrical/Square end mills NVD Cylindrical/Square end mills NVD product photo back L](https://fraisa.cdn.celum.cloud/CDNProductDetail/4697.png)
![Cylindrical/Square end mills NVD Cylindrical/Square end mills NVD product photo front L](https://fraisa.cdn.celum.cloud/CDNProductDetail/4531.png)
![Performance rating - Performance Performance rating - Performance](https://fraisa.cdn.celum.cloud/CDNIcon/5873.png)
- Finishing
- Roughing HDC
- Roughing HPC
![Full carbide tools with a cylindrical shank and a side clamping surface. Shank version in accordance with DIN 6535 HB Full carbide tools with a cylindrical shank and a side clamping surface Schaftausfuehrung_HB](https://fraisa.cdn.celum.cloud/CDNIcon/3320.png)
POLYCHROM
![Performance rating - Performance Performance rating - Performance](https://fraisa.cdn.celum.cloud/CDNIcon/5873.png)
Ø Code | d1 e8 | d2 h6 | l1 | l2 | 45° | α° | z |
---|---|---|---|---|---|---|---|
610 | 16 | 16 | 92 | 32 | 0.15 | 0 | 4 |
![Performance rating - Performance Performance rating - Performance](https://fraisa.cdn.celum.cloud/CDNIcon/5873.png)
Smooth-edged, normal version, POLYCHROM
Ø Code | d1 e8 | d2 h6 | l1 | l2 | 45° | α° | z |
---|---|---|---|---|---|---|---|
610 | 16 | 16 | 92 | 32 | 0.15 | 0 | 4 |