Product Overview
Engineered for high-performance finish milling and precision machining use, the 45035-TiN 5-flute square end mill is meant to help reach a really nice surface finish while also keeping up extreme feed rates during finishing work. As part of the 45000 Series Super Finisher, it brings advanced cutting geometry with solid carbide construction that’s meant to stay dependable, so you get exceptional accuracy, productivity, and surface quality all together.
The TiN, or Titanium N itride coating boosts wear resistance, trims friction, and extends tool life, which makes it a solid pick for heavy-duty machining environments. Also, that 45° high helix geometry helps move chips out, so you don’t get the same kind of packing, and it helps minimize vibration too, leading to smoother and more consistent cutting. That combination supports high-quality finishing results without the usual fuss, even when the conditions are demanding.
Tool Specifications:
- Diameter: 9/16"
- Shank Diameter: 9/16"
- Length of Cut: 1-1/2"
- 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: 45035-TiN
Key Performance Features:
- This one is Ideal for finish milling , side milling, contouring, and profiling, plus those high-feed finishing routines.
- It also fits applications where you want better surface quality and dimensional precision, not just “good enough”.
- Works well when machining steels , stainless steels, cast iron, titanium, various alloys , and Inconel®, and even certain non ferrous materials.
- The 5-flute setup helps maintain stable and consistent cutting performance, day after day.
- The 45° high-helix geometry assists with efficient chip evacuation.
- It can improve productivity in precision CNC machining settings, especially when everything has to stay consistent.
- Overall it is a dependable option for tasks where finishing quality, accuracy, and machining stability truly matter.