SN638-0.750-E2-S.0-Z6 ALTIN HIGH PERF

SEC03115982 MFG #: 03115982
$260.25 / EA
  • Cutter Diameter: 3/4 in
  • Cutter Diameter Inch: 3/4in
  • Number of Flutes: 6
  • Length of Cut: 1-3/4 in, 1-3/4in
  • Overall Length: 6 in, 6in
  • Material: Solid Carbide
  • Surface Treatment: AlTiN Coated
  • Helix Angle: 38 deg, 38°
  • Shank Diameter: 3/4 in, 3/4in
  • Shank Type: Cylindrical
  • Series: Elite SN638
  • ANSI Code: SN638-0.750-E2-S.0-Z6
  • Country of Origin: US
  • Cutting Direction: Right Hand
  • Flute Type: Spiral
  • Hand Direction: Right Hand
  • ISO Code: SN638.750E2S.0Z6
  • Manufacturer Name: Seco Tools
  • Type: High Performance Square End
The Niagara Cutter multi-flute family of products takes optimized roughing to a new level of performance. Reducing cycle times, increasing throughput and extending tool life has never been easier. This product series now offers smaller diameters, necked versions with extended reaches, and even a new ball nose option for those demanding 3D applications that require optimal performance and tool life. The most unique addition to the multi-flute family of products is a new advanced chip splitter design which takes chip control to a whole new level. This advanced design allows for unsurpassed chip control in applications requiring depths of cut up to 3 times the diameter of the tool. Thanks to the introduction of over 80 new tools, this extensive product range is not only proving itself to the world of manufacturing it is also mastering its own game in the art of optimized roughing.
QTY
  • Application
  • Item Features
For peripheral roughing and finishing for stainless steel, titanium and high temperature alloys
  • Increased chip evacuation in deep pocket applications
  • AlTiN coating increases tool life
  • High heat abrasion resistance
  • Eccentric OD relief creating a stronger cutting edge
  • Variable indexing to reduce harmonics providing smoother cutting and improved surface finish
  • Excellent in high speed milling and optimized roughing techniques
  • High performance with minimal deflection