Machining > Milling > Corner Chamfer End Mills | Sutton 4 Flute Endmills - R50 NH - Harmony DUO | Descriptions | Ideal design for pocket milling in MQL & HSC | 4 Flute Endmill R50-NH for high performance | Dimensions | d1 (mm): 6 | d2 (mm): 6 | d3 (mm): 5.5 | l1 (mm): 57 | l2 (mm): 13 | l3 (mm): 21 | Quantity: 1 | Features | VHM-ULTRA grade of carbide for high performance | Suitable for materials up to 48 HRC | Dual stepped core for optimal stability | AlCrN for longer tool life | Specifications | Designation: NH | Material: VHM-ULTRA | Finish: AlCrN | Shank Form: HA | Helix Angle: R50 | Point Tolerance: h10 | Shank Tolerance: h6 | Point Form: 45 Corner Chamfer | Type: N (finishing) | Rake Angle: 14 | Standard: DIN6527L | Applications | Optimal for Steel - Non-alloy, cast & free cutting (~ 0.75 %C)- 300 HB | Optimal for Steel - Low alloy & cast | Optimal for Steel - Low alloy & cast | Optimal for Steel - High alloy, cast & tool- 325 HB | Optimal for Steel - Corrosion resistant & cast Martensitic 240 HB | Optimal for Stainless Steel Duplex- 250 HB | Optimal for Stainless Steel - Precipitation Hardening- 250 HB | Optimal for Cast Iron, Grey (GG) - Pearlitic- 260 HB | Optimal for Cast Iron, Pearlitic (GGG) Ferritic- 250 HB | Optimal for High temperature alloys - Fe based 280 HB | Optimal for High temperature alloys - Ni / Co based 350 HB | Optimal for High temperature alloys - Ni / Co based 320 HB | Optimal for Titanium & Titanium alloys - Alpha alloys | Optimal for Titanium & Titanium alloys - Alpha / Beta alloys | Optimal for Titanium & Titanium alloys - Beta alloys | Optimal for Cast Iron Chilled 400 HB
Machining > Milling > Corner Chamfer End Mills | Sutton 4 Flute Endmills - R50 NH - Harmony DUO | Descriptions | Ideal design for pocket milling in MQL & HSC | 4 Flute Endmill R50-NH for high performance | Dimensions | d1 (mm): 6 | d2 (mm): 6 | d3 (mm): 5.5 | l1 (mm): 57 | l2 (mm): 13 | l3 (mm): 21 | Quantity: 1 | Features | VHM-ULTRA grade of carbide for high performance | Suitable for materials up to 48 HRC | Dual stepped core for optimal stability | AlCrN for longer tool life | Specifications | Designation: NH | Material: VHM-ULTRA | Finish: AlCrN | Shank Form: HA | Helix Angle: R50 | Point Tolerance: h10 | Shank Tolerance: h6 | Point Form: 45 Corner Chamfer | Type: N (finishing) | Rake Angle: 14 | Standard: DIN6527L | Applications | Optimal for Steel - Non-alloy, cast & free cutting (~ 0.75 %C)- 300 HB | Optimal for Steel - Low alloy & cast | Optimal for Steel - Low alloy & cast | Optimal for Steel - High alloy, cast & tool- 325 HB | Optimal for Steel - Corrosion resistant & cast Martensitic 240 HB | Optimal for Stainless Steel Duplex- 250 HB | Optimal for Stainless Steel - Precipitation Hardening- 250 HB | Optimal for Cast Iron, Grey (GG) - Pearlitic- 260 HB | Optimal for Cast Iron, Pearlitic (GGG) Ferritic- 250 HB | Optimal for High temperature alloys - Fe based 280 HB | Optimal for High temperature alloys - Ni / Co based 350 HB | Optimal for High temperature alloys - Ni / Co based 320 HB | Optimal for Titanium & Titanium alloys - Alpha alloys | Optimal for Titanium & Titanium alloys - Alpha / Beta alloys | Optimal for Titanium & Titanium alloys - Beta alloys | Optimal for Cast Iron Chilled 400 HB
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Machining > Milling > Corner Chamfer End Mills | Sutton 4 Flute Endmills - R50 NH - Harmony DUO | Descriptions | Ideal design for pocket milling in MQL & HSC | 4 Flute Endmill R50-NH for high performance | Dimensions | d1 (mm): 6 | d2 (mm): 6 | d3 (mm): 5.5 | l1 (mm): 57 | l2 (mm): 13 | l3 (mm): 21 | Quantity: 1 | Features | VHM-ULTRA grade of carbide for high performance | Suitable for materials up to 48 HRC | Dual stepped core for optimal stability | AlCrN for longer tool life | Specifications | Designation: NH | Material: VHM-ULTRA | Finish: AlCrN | Shank Form: HA | Helix Angle: R50 | Point Tolerance: h10 | Shank Tolerance: h6 | Point Form: 45 Corner Chamfer | Type: N (finishing) | Rake Angle: 14 | Standard: DIN6527L | Applications | Optimal for Steel - Non-alloy, cast & free cutting (~ 0.75 %C)- 300 HB | Optimal for Steel - Low alloy & cast | Optimal for Steel - Low alloy & cast | Optimal for Steel - High alloy, cast & tool- 325 HB | Optimal for Steel - Corrosion resistant & cast Martensitic 240 HB | Optimal for Stainless Steel Duplex- 250 HB | Optimal for Stainless Steel - Precipitation Hardening- 250 HB | Optimal for Cast Iron, Grey (GG) - Pearlitic- 260 HB | Optimal for Cast Iron, Pearlitic (GGG) Ferritic- 250 HB | Optimal for High temperature alloys - Fe based 280 HB | Optimal for High temperature alloys - Ni / Co based 350 HB | Optimal for High temperature alloys - Ni / Co based 320 HB | Optimal for Titanium & Titanium alloys - Alpha alloys | Optimal for Titanium & Titanium alloys - Alpha / Beta alloys | Optimal for Titanium & Titanium alloys - Beta alloys | Optimal for Cast Iron Chilled 400 HB
Machining > Milling > Corner Chamfer End Mills | Sutton 4 Flute Endmills - R50 NH - Harmony DUO | Descriptions | Ideal design for pocket milling in MQL & HSC | 4 Flute Endmill R50-NH for high performance | Dimensions | d1 (mm): 6 | d2 (mm): 6 | d3 (mm): 5.5 | l1 (mm): 57 | l2 (mm): 13 | l3 (mm): 21 | Quantity: 1 | Features | VHM-ULTRA grade of carbide for high performance | Suitable for materials up to 48 HRC | Dual stepped core for optimal stability | AlCrN for longer tool life | Specifications | Designation: NH | Material: VHM-ULTRA | Finish: AlCrN | Shank Form: HA | Helix Angle: R50 | Point Tolerance: h10 | Shank Tolerance: h6 | Point Form: 45 Corner Chamfer | Type: N (finishing) | Rake Angle: 14 | Standard: DIN6527L | Applications | Optimal for Steel - Non-alloy, cast & free cutting (~ 0.75 %C)- 300 HB | Optimal for Steel - Low alloy & cast | Optimal for Steel - Low alloy & cast | Optimal for Steel - High alloy, cast & tool- 325 HB | Optimal for Steel - Corrosion resistant & cast Martensitic 240 HB | Optimal for Stainless Steel Duplex- 250 HB | Optimal for Stainless Steel - Precipitation Hardening- 250 HB | Optimal for Cast Iron, Grey (GG) - Pearlitic- 260 HB | Optimal for Cast Iron, Pearlitic (GGG) Ferritic- 250 HB | Optimal for High temperature alloys - Fe based 280 HB | Optimal for High temperature alloys - Ni / Co based 350 HB | Optimal for High temperature alloys - Ni / Co based 320 HB | Optimal for Titanium & Titanium alloys - Alpha alloys | Optimal for Titanium & Titanium alloys - Alpha / Beta alloys | Optimal for Titanium & Titanium alloys - Beta alloys | Optimal for Cast Iron Chilled 400 HB
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Last updated at 04/10/2024 04:02:05
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Finish | AlCrN |
Shank Form | HA |
Helix Angle | R50 |
Point Tolerance | h10 |
Point Form | 45° Corner Chamfer |
Updated about 13 hours ago
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Finish | AlCrN |
Shank Form | HA |
Helix Angle | R50 |
Point Tolerance | h10 |
Point Form | 45° Corner Chamfer |