| DLC Coated Carbide End Mill for Non-Ferrous Materials – High Performance Type |  |
 |
 |
 |
 |
The AE-VTS-N 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. In addition to square and radius styles, sharp corner edge type has been newly added to the lineup to enable effective corner milling with no uncut residue, which can be used in a wide range of applications. In addition to square and radius styles, sharp corner edge type has been newly added to the lineup to enable effective corner milling with no uncut residue, which can be used in a wide range of applications. In addition, dia. 1 mm to 2.5 mm have been added to the lineup of the square type and sharp corner edge type to support precision machining of small diameter sizes.
Standard type (AE-TS-N・AE-TL-N) DLC coated carbide end mill for non-ferrous materials is also available.
Features
(1) DLC-IGUSS coating
(2) Flat cutting edge specification achieves higher precision machined surface quality
(3) The three cutting edges are connected at the center to equalize cutting load, which enables greater stability at high speed milling
(4) Center cutting edge specification to enable plunging
(5) Variable-lead geometry suppresses vibration
Variable-lead geometry suppresses vibration
Applications
Copper Alloy・Aluminum Alloy・Plastic
Lineup
Short Type (AE-VTS-N) 1.5 x D flute length (Neck length 3 x D)
- Square Type φ1×3～φ12×36
- Radius Type φ3×9×R0.2～φ12×36×R3
- Sharp Corner Edge Type φ1×3～φ12×36
Others
Standard type (AE-TS-N・AE-TL-N) and high performance type for deep side milling (AE-VTFE-N) DLC coated carbide end mills for non-ferrous materials are also available.
Details on High Performance Type（AE-VTS-N) ›
Details on High Performance Type for Deep Side Milling（AE-VTFE-N) ›
Data
Good machined surface quality even under high speed cutting condition
