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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

Medical

Micro tooling for stainless, cobalt chrome and titanium components, where features are measured in fractions of a millimetre and a burr is a defect.

Micro Ball Nose End Mill — Ø0.3 to 3 mm

Micro ball geometry for small 3D surfaces, radii and ribs where the finish has to come off the tool, not the polisher.

Micro Corner Radius End Mill — Ø0.5 to 3 mm

The micro tool that stops chipping: a small radius on a small edge makes a disproportionate difference to tool life.

Long Neck Micro End Mill — Deep Rib

Long neck, short flute: reach into deep ribs without grinding away the rigidity that keeps the tool alive.

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 Micro Drill — Ø0.5 to 3 mm

Micro drilling without the breakages: tight runout, a reinforced web and a point geometry that starts where you mark it.

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.

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.

Tapered Ball Nose End Mill — Mold Finishing

A half-degree taper lets one tool finish drafts, fillets and deep ribs that would otherwise need three setups.

Micro Square End Mill — Ø0.2 to 3 mm

Ground carbide down to Ø0.2 mm for features a standard tool cannot reach, with runout held tight enough to matter.

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