LUKAS cutter HFAS CarbonCut 10x25 mm shank 10 mm Verz. CarbonCut coated

The CarbonCut milling cutter convinces in stationary use with optimal results in carbon machining: fibre tears, fibre protrusions or not completely cut fibres and also burnt resin are a thing of the past. A perfect surface and first-class edges on the workpiece characterise the CarbonCut with its sharp cutting edges. But the Carbon-Cut not only shows its potential in carbon machining, it can also be used for machining other composite materials from lightweight construction technology such as GRP (glass fibre reinforced plastics), composites (layered constructions, honeycomb structures/honeycombs) and aluminium structures. In addition, it convinces with an excellent tool life thanks to a coating optimised for these applications. It offers excellent wear protection and enables the tool to withstand extremely high thermal and mechanical loads without major impairments in use, which brings many advantages, especially in stationary use (e.g. fewer changes/less downtimes).

Tool diameter: 10 mm
Tool width / length / height: 25 mm
Tool holder: Shank
Tool holder dimension: 8 mm
Shank length: 45 mm
Total length: 70 mm
Tool shape: cylinder
Packing: Standard
Body geometry: according to data sheet
Shape: HFAS cylinder with face
Tool head diameter: 10 mm
Tool head length: 25 mm
Material quality: HM - carbide
Overall shank length: 45 mm
Shank diameter: 10 mm
Total tool length: 70 mm
Cutting direction: Right cutting
Toothing: Z9 Alu coarse bevel toothing
Tooth length: 25 mm

The CarbonCut milling cutter is the optimal tool for industrial stationary milling, sawing and drilling (plunging) of innovative and high-quality high-tech materials such as carbon fibre-reinforced lightweight materials.
High-performance coating for fewer tool changes: Convinces with an excellent tool life thanks to a coating optimised for the toughest applications.
The high-quality steel shanks of the tools fit perfectly into the drive machine. Jamming, slippage or even shaft breakage are a thing of the past.

Plastic/wood/rubber: suitable

Plastic/ wood

Chamfering: suitable
Drilling: suitable
Deburring: suitable
Milling: well suited
Precision machining: suitable

high cutting edge retention when milling carbon, CFRP or GRP
extremely sharp cutting edges
Low friction thanks to thin, smooth and extremely hard high-performance coating
optimised chip removal when milling carbon fibre reinforced materials
Long service life and excellent tool life in stationary use
perfect for robotic or stationary use