Rotary carbide burrs

High‑performance carbide burrs for fast material removal, long life and demanding industrial use.

Our premium carbide burr range is engineered for high performance in demanding deburring, beveling and weld‑seam removal applications across industries such as shipbuilding, automotive, petrochemical, nuclear, foundry and general metalworking. Each cutting type features geometries designed for fast stock removal, excellent chip control and long tool life on stainless steel, steel, cast steel, aluminium and composites.

Blue Power
Blue Power burrs are developed for heavy‑duty applications. Their optimized deep cross‑cut geometry increases tooth strength and enables aggressive stock removal with excellent chip evacuation. Minimal vibration and superior durability make them ideal for steels, stainless steels and alloys, outperforming conventional cuts.

Alu Tech
Alu Tech burrs are optimized for aluminium and non‑ferrous materials. A special lubricant coating reduces heat and prevents clogging, while the extra‑thick tooth design lowers cutting pressure and improves chip removal. This results in smoother cutting and significantly longer tool life on all aluminium alloys.

Inox Tech
Inox Tech burrs are designed specifically for ferritic, austenitic and martensitic stainless steels. Their geometry reduces heat transfer to the cutting edge and workpiece, improves chip evacuation and shortens machining times, ensuring stable performance in stainless‑steel deburring operations.

Standard Cutting Types
Z‑1 Aluminium – Extra‑thick tooth design for aluminium and plastics, ensuring smooth chip removal without clogging.
Z‑3 – Standard cut without chip breakers, suitable for steels, cast iron and general applications with good surface finishes.
Z‑5 – Fine toothing for steels up to 65 HRc, ideal for precise surface finishes.
Z‑6 – Universal double‑cut with chip breaker, offering fast material removal, reduced vibration and improved surface finish.

A wide selection of shapes and sizes is available to meet all machining and deburring requirements.