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AE-VTFE-N

DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling

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  • DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling1
  • DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling2
  • DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling3
  • DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling4
  • DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling5
DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling1 DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling2 DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling3 DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling4 DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling5
The high performance DLC coated carbide end mill for non-ferrous materials is suitable for a wide variety of applications with high efficiency and quality. Its DLC-IGUSS coating further improves tool life with excellent welding resistance and lubricity, which is effective in the machining of non-ferrous materials such as aluminum alloys. The AE-VTFE-N for deep side milling has been newly added to the lineup. Deep side milling at L/D of 5 x D or more can be machined with high efficiency and high accuracy by large step milling up to 2 x D with its 2.5 x D cutting length configuration.

Anti-Vibration Carbide End Mill for Deep Side Milling

For details on the AE-VMFE anti-vibration carbide end mill suitable for a wide range of work materials

Features

DLC Coated Carbide End Mill for Non-Ferrous Materials High Performance Type for Deep Side Milling Features
1 DLC-IGUSS coating
2 Flat cutting edge specification achieves higher precision machined surface quality
3 The long length reduced shank type supports deep side milling and pocket milling of non-ferrous metal parts
4 High efficiency and high accuracy deep side milling can be achieved by large step milling up to 2 x D with the 2.5 x D cutting length configuration
5 With an R shape on the shank side edge, streak generation can be suppressed by side step milling
6 High anti-vibration effect by the combination of variable lead and unequal spacing teeth

Applications

Copper Alloy・Aluminum Alloy・Plastic

Lineup

Square Type

  • φ6~φ22

Radius Type

  • φ6×R0.2~φ22×R1

Others

Data

High precision deep side milling

High precision deep side milling
High precision deep side milling

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