METALLKRAFT

The reinforced HL-combi-tooth with a slightly positive rake angle in combination with a group setting cuts solid material and profiles with particularly low vibration, increases the cutting performance and offers smooth surfaces with a convincing tool life.

The specialist for:

• small and medium-sized swing frame machines
• common steel grades up to approx. 1400 N/mm² tensile strength
• single and bundle cuts
• profiles and beams
• solid material

• Steel < 500 N
• Plastics GFK / CFK

• Steel < 750 Nm
• Copper, brass, nickel, tin

• Steel < 900 N
• Alu < 10% Si

• Made of high-alloy HSS-XE special steel
• Thus extreme hardness at the tooth tips (up to 68 HRC)
• Long service life

• Standard hardened HSS core drills in stages
• As a result extremely hard tooth tips (68 HRC) and still flexible core drill

• Specially adapted cutting geometries especially for the different diameters and cutting depths

• Steel < 500 N
• Plastics GFK / CFK

• Steel < 750 Nm
• Copper, brass, nickel, tin

• Steel < 900 N
• Alu < 10% Si

• Made of high-alloy HSS-XE special steel
• Thus extreme hardness at the tooth tips (up to 68 HRC)
• Long service life

• Standard hardened HSS core drills in stages
• As a result extremely hard tooth tips (68 HRC) and still flexible core drill

• Specially adapted cutting geometries especially for the different diameters and cutting depths

The reinforced HL-combi-tooth with a slightly positive rake angle in combination with a group setting cuts solid material and profiles with particularly low vibration, increases the cutting performance and offers smooth surfaces with a convincing tool life.

The specialist for:

• small and medium-sized swing frame machines
• common steel grades up to approx. 1400 N/mm² tensile strength
• single and bundle cuts
• profiles and beams
• solid material

• requires article 3649080

The combination tooth with a 0° rake angle in combination with the group set sawing also saws thin-walled profiles with particularly low vibration. Short chipping material is machined without any problems. The M42-SPRINT bi-metal saw blade increases the tool life and creates a good cutting quality.

The specialist for:

• Common steel grades up to approx. 1400 N/mm² tensile strength
• non-ferrous profiles
• single and bundle cuts
• Profiles with low or medium wall thickness
• sheet metal panels on vertical panel sawing lines

Specially developed tooth form for processing a particularly wide range of materials and universal use for solid material and profiles. Economical for reduced stock-keeping.

The specialist for:

• steel beams, profiles and tubes
• workpiece mix

The combination tooth with a positive rake angle in combination with the group set chips solid material and thick-walled profiles with particularly low vibration, increases the cutting performance and produces a smooth surface.

The specialist for:

• common steel grades up to approx. 1400 N/mm² tensile strength NF profiles
• single and bundle cuts workpieces of medium or large dimensions
• thick-walled profiles

• Steel < 500 N
• Steel < 750 N
• Steel < 900 N
• Alu < 10% Si
• Copper, brass, nickel, tin
• Plastics GFK / CFK

• Steel < 1100 N
• Stainless steel < 900 N
• Alu>10% Si
• cast iron

• Steel < 1400 N
• Stainless steel>900 N
• Hardox, Hastelloy, Inconell, Nimonic, Exotic materials
• rails

• Made of high-alloy HSS-XE special steel
• Thus extreme hardness at the tooth tips (up to 68 HRC)
• Long service life

• Standard hardened HSS core drills in stages
• As a result extremely hard tooth tips (68 HRC) and still flexible core drill

• This fine grinding increases the cutting performance while reducing friction
• For more service life

• Extreme surface hardness and smoothness
• Extreme service life even under less than ideal working conditions such as overhead work, dry drilling, etc

• Specially adapted cutting geometries especially for the different diameters and cutting depths

• Roller conveyors (including legs and connection adapter)

• Steel < 500 N
• Plastics GFK / CFK

• Steel < 750 Nm
• Copper, brass, nickel, tin

• Steel < 900 N
• Alu < 10% Si

• Made of high-alloy HSS-XE special steel
• Thus extreme hardness at the tooth tips (up to 68 HRC)
• Long service life

• Standard hardened HSS core drills in stages
• As a result extremely hard tooth tips (68 HRC) and still flexible core drill

• Specially adapted cutting geometries especially for the different diameters and cutting depths

• Steel < 500 N
• Steel < 750 Nm
• Plastics GFK / CFK

• Steel < 900 N
• Alu < 10% Si
• Copper, brass, nickel, tin
• cast iron

• Steel < 1100 N
• Alu>10% Si

• Made of high-alloy HSS-XE special steel
• Thus extreme hardness at the tooth tips (up to 68 HRC)
• Long service life

• Standard hardened HSS core drills in stages
• As a result extremely hard tooth tips (68 HRC) and still flexible core drill

• This fine grinding increases the cutting performance while reducing friction
• For more service life

• Special treatment for longer service life

• Specially adapted cutting geometries especially for the different diameters and cutting depths

• Steel < 500 N
• Plastics GFK / CFK

• Steel < 750 Nm
• Copper, brass, nickel, tin

• Steel < 900 N
• Alu < 10% Si

• Made of high-alloy HSS-XE special steel
• Thus extreme hardness at the tooth tips (up to 68 HRC)
• Long service life

• Standard hardened HSS core drills in stages
• As a result extremely hard tooth tips (68 HRC) and still flexible core drill

• Specially adapted cutting geometries especially for the different diameters and cutting depths

• Steel < 500 N
• Steel < 750 N
• Steel < 900 N
• Alu < 10% Si
• Copper, brass, nickel, tin
• Plastics GFK / CFK

• Steel < 1100 N
• Stainless steel < 900 N
• Alu>10% Si
• cast iron

• Steel < 1400 N
• Stainless steel>900 N
• Hardox, Hastelloy, Inconell, Nimonic, Exotic materials
• rails

• Made of high-alloy HSS-XE special steel
• Thus extreme hardness at the tooth tips (up to 68 HRC)
• Long service life

• Standard hardened HSS core drills in stages
• As a result extremely hard tooth tips (68 HRC) and still flexible core drill

• This fine grinding increases the cutting performance while reducing friction
• For more service life

• Extreme surface hardness and smoothness
• Extreme service life even under less than ideal working conditions such as overhead work, dry drilling, etc

• Specially adapted cutting geometries especially for the different diameters and cutting depths

• Steel < 500 N
• Plastics GFK / CFK

• Steel < 750 Nm
• Copper, brass, nickel, tin

• Steel < 900 N
• Alu < 10% Si

• Made of high-alloy HSS-XE special steel
• Thus extreme hardness at the tooth tips (up to 68 HRC)
• Long service life

• Standard hardened HSS core drills in stages
• As a result extremely hard tooth tips (68 HRC) and still flexible core drill

• Specially adapted cutting geometries especially for the different diameters and cutting depths

• Steel < 500 N
• Steel < 750 N
• Steel < 900 N
• Alu < 10% Si
• Copper, brass, nickel, tin
• Plastics GFK / CFK

• Steel < 1100 N
• Stainless steel < 900 N
• Alu>10% Si
• cast iron

• Steel < 1400 N
• Stainless steel>900 N
• Hardox, Hastelloy, Inconell, Nimonic, Exotic materials
• rails

• Made of high-alloy HSS-XE special steel
• Thus extreme hardness at the tooth tips (up to 68 HRC)
• Long service life

• Standard hardened HSS core drills in stages
• As a result extremely hard tooth tips (68 HRC) and still flexible core drill

• This fine grinding increases the cutting performance while reducing friction
• For more service life

• Extreme surface hardness and smoothness
• Extreme service life even under less than ideal working conditions such as overhead work, dry drilling, etc

• Specially adapted cutting geometries especially for the different diameters and cutting depths