45037-TiN

CGS Tool EF-5 Tornado Series Finishing End Mills

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$999.99
SKU:
107661
Condition:
New
Shipping:
Calculated at Checkout
DIA:
5/8
SHANK:
5/8
LOC:
1-5/8
OAL:
3-1/2
FLUTES:
5 Flute
END STYLE:
Square End
COATING:
TiN
Radius:
No

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Product Overview

 
 

Engineered for high-performance finish milling and precision machining type , the 45037-TiN 5 flute square end mill is meant to help you get a really nice surface finish and to push extreme feed rates when you’re doing finishing. As a part of the 45000 Series Super Finisher, this tool sort of mixes advanced cutting geometry with premium solid-carbide construction, and in turn it aims to bring solid accuracy, productivity, and surface quality.
The TiN, which is Titanium Nitride, coating is there for wear resistance; it cuts down on friction, and it helps extend tool life, so it stays dependable in the more demanding machining environments. Also the 45° high helix geometry helps with chip evacuation; it can minimize vibration, and it keeps the cutting smooth, steady and consistent for high-quality finishing results.

Tool Specifications:

  • Diameter: 5/8"
  • Shank Diameter: 5/8"
  • Length of Cut: 1-5/8"
  • Overall Length: 3-1/2"
  • Flutes: 5
  • Style: Square End
  • Coating: TiN
  • Material: Solid Carbide
  • Helix Angle: 45°
  • Configuration: Single End
  • Series: 45000 Series Super Finisher
  • Part Number: 45037-TiN

Key Performance Features:

  • Ideal for finish milling, side milling, contouring, profiling, and high-feed finishing operations.
  • Supports applications requiring superior surface quality and dimensional accuracy.
  • Recommended for machining steels, stainless steels, cast iron, titanium, alloys, Inconel®, and select non-ferrous materials.
  • 5-flute design helps deliver stable and consistent cutting performance.
  • 45° high-helix geometry supports efficient chip evacuation.
  • Helps improve productivity in precision CNC machining environments.
  • A reliable choice for applications where finishing quality, accuracy, and machining stability are important.