AMADA EU: MAGNUM HL

Designed to deliver extreme durability and reliable cutting performance on a wide range of high-strength materials

MAGNUM HL is a next-generation bimetal bandsaw blade developed to handle the most challenging materials with maximum effectiveness. At its core is the patented AMADA M71 tooth material which provides significantly higher wear resistance compared to conventional M42 blades.
The tooth geometry with an extremely positive rake angle reduces cutting resistance and enhances penetration, ensuring stable performance even on tough alloys, stainless steels and heat-resistant materials.
The cutting channel, designed for differential load distribution, enhances chip evacuation, reducing friction and heat build-up. MAGNUM HL is ideal for medium to large diameters, including demanding applications on nickel- and titanium-based alloys.

CUTTING CAPABILITY

Blade developed for difficult-to-cut materials, suitable for both single-piece and bundle cutting.

CUTTING CHANNEL

Cutting channel with differential load distribution, enabled by patented tooth geometry.

RAKE ANGLE

The rake angle is extremely positive.

SMARTCUT VERSION AVAILABLE

The special 41 x 0.9 mm blade, developed specifically for the PCSAW 330 bandsaw, reduces kerf loss by up to 25%, offering significant economic benefits, especially when cutting high-value materials. Its dedicated geometry and robust structure optimize cutting performance, making the SMARTCUT version an ideal solution for high-volume production.

Hotspots

M71 BIMETAL BLADE Characterized by the highest hardness ever recorded among cast high-speed steels, ideal for cutting particularly hard materials.

TOOTH GEOMETRY Variable tooth height and set produce smaller chips, reduce cutting resistance and ensure stability even on hard materials and medium-to-large diameters.

MATERIAL APPLICATION RANGE Wide application range for cutting tool steels, stainless steels and special heat-resistant alloys, particularly suitable for medium to large diameters.

M71 BIMETAL BLADE Characterized by the highest hardness ever recorded among cast high-speed steels, ideal for cutting particularly hard materials.

TOOTH GEOMETRY Variable tooth height and set produce smaller chips, reduce cutting resistance and ensure stability even on hard materials and medium-to-large diameters.

MATERIAL APPLICATION RANGE Wide application range for cutting tool steels, stainless steels and special heat-resistant alloys, particularly suitable for medium to large diameters.