• variable tooth geometry with a positive rake angle

• new chip distribution by a multi-level tooth set

• micro-resistant, stable cutting edge

• reduced cutting forces

• This high performance bimetal blade with variable, positive tooth geometry is engineered particularly for cutting large applications.

  The new powder-metallurgical cutting edge featuring a very homogenous micro-structure performs much better regarding blade life compared to bimetal blades having a conventional HSS cutting edge. Further significant benefits are reduced cutting forces thanks to an intelligent chip distribution by a multi-level tooth set.

Description

This high performance bimetal blade with variable, positive tooth geometry is engineered particularly for cutting large applications.

The new powder-metallurgical cutting edge featuring a very homogenous micro-structure performs much better regarding blade life compared to bimetal blades having a conventional HSS cutting edge. Further significant benefits are reduced cutting forces thanks to an intelligent chip distribution by a multi-level tooth set.

Material

• Aluminum

• Ball bearing steel

• Brass

• Cast iron (lamellar, globular)

• Cold working steel

• Copper

• Corrosion and acid-resistant steel (austenitic)

• Corrosions and acid-resistant steel (ferritic)

• Heat-resistant steel

• High-alloy tempered steel

• High-speed steel

• Nickel-based alloys

• Nitriding steel

• Titanium alloys

• Tool steel

Application

• Beams, thick-walled

• Flat bar

• Round bar

• Square bar

• Tubes, thick-walled