Composite Materials Milling

Our HPC carbon fibre end mills, featuring a right-hand helix and a thick diamond coating, are designed to combine high productivity with a long tool life

Our HPC carbon fibre milling cutters, featuring a left-hand helix and a thick diamond coating, are designed to combine high productivity with a long tool life.

Our HPC carbon fibre milling cutters, featuring a straight flute and a thick diamond coating, are designed to combine high productivity with a long tool life.

Our HPC radius end mills for carbon fibre, featuring a right-hand helix and a thick diamond coating, are designed to combine high productivity with a long tool life.

Our HPC Up&Down carbon fibre end mills, featuring a mixed helix and a thick diamond coating, are designed for optimal thickness machining. The compression geometry prevents edge delamination, delivering clean surfaces.

Our 4-flute HPC Up&Down end mills with alternating chip breakers offer a definitive solution for machining Kevlar without delamination.

Our HPC carbon fibre end mills, featuring a right-hand helix and diamond coating, are designed to combine high productivity with a long tool life.

Also available uncoated.

Our fibreglass cutters, available with straight flutes and chip breakers, are designed to break up the fibre and produce a clean workpiece surface.

They are also available with a Cer-taC coating for increased tool life. 

Our fibreglass end mills, featuring a 10° right-hand helix and a chipbreaker, are designed to break up the fibre and produce a clean workpiece surface.

Also available with a Cer-taC coating, for increased tool life.

Our HPC Up&Down 2-flute end mills with alternating chip breakers offer a definitive solution for machining Kevlar without delamination, whether for drilling or milling.

The special front geometry ensures excellent stability and precision when drilling.

Cutters for fibrous materials, designed for contour machining. They are available in three different configurations: fine, medium or coarse (F, M or G), to suit different working conditions.

The multi-cutting-edge geometry allows the fibre being machined to be pulverised.

Cutters for fibrous materials, designed for contour machining with front cutting edges. They are available in three different configurations: fine, medium or coarse (F, M or G), to suit different working conditions.

The multi-cutting-edge geometry allows the fibre being machined to be pulverised.

Cutters for fibrous materials, designed for contour machining with Z2 front cutting edges. They are available in three different configurations: fine, medium or coarse (F, M or G), to suit different working conditions.

The multi-cutting-edge geometry allows the fibre being machined to be pulverised.

Cutters for fibrous materials, designed for contour machining with Z2 front cutting edges. They are available in three different configurations: fine, medium or coarse (F, M or G), to suit different working conditions.
The multi-edge geometry allows the fibre being machined to be pulverised. Furthermore, the front cutting edges enable the tool to be used for drilling operations as well.

Radius cutters for fibrous materials, designed for contour machining with front cutting edges. They are available in three different configurations: fine, medium or coarse (F, M or G), to suit different working conditions.

The multi-cutting-edge geometry allows the fibre being machined to be pulverised.

Multi-tooth cutters with chip breakers for honeycomb structures (Nomex, aluminium, Kevlar), designed to pulverise the honeycomb structure.

Also available with a Cer-taC anti-wear coating, for a longer tool life.

Multi-tooth radiused cutters with chip breakers for honeycomb structures (Nomex, aluminium, Kevlar), designed to pulverise the honeycomb structure.

Modular assembled cutters for machining honeycomb materials.
They consist of a steel shank, a carbide cutting edge and a disc for cutting and profiling the cells without causing deformation or burrs.