Solutions by industry

Start from the material, the machine and the operation — not from page one of a catalog. Each route pairs a recommended tool geometry with starting cutting data.

11 entries Ask about a specific tool

Aerospace

Titanium, superalloys and aluminium structures. Where heat stays in the cut and edge stability at temperature decides how long a tool lasts.

3-Flute Corner Radius End Mill — Aluminium

High-helix three-flute geometry with a radiused corner for aluminium, where chip clearance decides the finish.

Micro End Mill — DLC Coated, Aluminium

Diamond-like carbon on a micro edge: the coating that stops aluminium sticking where you cannot afford to stop and clean the tool.

Solid Carbide Drill — Aluminium, Polished Flute

Polished flutes and a wide helix for aluminium: chips leave fast, and the hole comes out on size.

Carbide Burr — Aluminium Cut, Single Flute

A single-flute alu-cut geometry that clears soft chips without loading up the teeth.

Special Geometry End Mill — Aerospace Alloys

Geometry developed for titanium and superalloys: controlled rake, reinforced edges and clearance that keeps heat out of the cut.

3-Flute Square End Mill — Aluminium

Polished three-flute geometry with a high helix, built for aluminium and non-ferrous work at high spindle speeds.

5-Flute Variable Helix Square End Mill — Stainless

Variable helix and unequal flute spacing break the harmonics that make stainless steel ring. Quieter, and noticeably longer tool life.

Ball Nose End Mill — Deep Cavity, 4-Flute

Neck relief and a four-flute core for cavities deeper than three diameters, where chip evacuation and stiffness both matter.

2-Flute Ball Nose End Mill — Long Reach

A long, slender ball nose for deep cavities and radii that sit well below the surface line, with a tapered neck for rigidity.

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