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The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.

The Performance + band saw blade impresses with its tooth profile for easier sawing with reduced feed rates. It withstands higher cutting temperatures and downforce, giving it extremely high wear resistance. wear resistance.Field of application: DThick-walled profiles, steels and non-ferrous metals, materials with tensile strengths of up to 1,400 N/mm², stainless and acid-resistant steels, high feed rates, shortened sawing timese.g: Structural steel, deep-drawing steel, free-cutting steel, ball bearings and unalloyed tool steel. Aluminum, copper and brass, High-speed steel and cold work steel. Nitriding steel, stainless and acid-resistant steels. TitaniumMaterial: M42Tooth shape: Normal For customers who value a long service life and shorter sawing times. sawing times.

The Performance + band saw blade impresses with its tooth profile for easier sawing with reduced feed rates. It withstands higher cutting temperatures and downforce, giving it extremely high wear resistance. wear resistance.Field of application: DThick-walled profiles, steels and non-ferrous metals, materials with tensile strengths of up to 1,400 N/mm², stainless and acid-resistant steels, high feed rates, shortened sawing timese.g: Structural steel, deep-drawing steel, free-cutting steel, ball bearings and unalloyed tool steel. Aluminum, copper and brass, High-speed steel and cold work steel. Nitriding steel, stainless and acid-resistant steels. TitaniumMaterial: M42Tooth shape: Normal For customers who value a long service life and shorter sawing times. sawing times.

The Performance + band saw blade impresses with its tooth profile for easier sawing with reduced feed rates. It withstands higher cutting temperatures and downforce, giving it extremely high wear resistance. wear resistance.Field of application: DThick-walled profiles, steels and non-ferrous metals, materials with tensile strengths of up to 1,400 N/mm², stainless and acid-resistant steels, high feed rates, shortened sawing timese.g: Structural steel, deep-drawing steel, free-cutting steel, ball bearings and unalloyed tool steel. Aluminum, copper and brass, High-speed steel and cold work steel. Nitriding steel, stainless and acid-resistant steels. TitaniumMaterial: M42Tooth shape: Normal For customers who value a long service life and shorter sawing times. sawing times.

The Performance + band saw blade impresses with its tooth profile for easier sawing with reduced feed rates. It withstands higher cutting temperatures and downforce, giving it extremely high wear resistance. wear resistance.Field of application: DThick-walled profiles, steels and non-ferrous metals, materials with tensile strengths of up to 1,400 N/mm², stainless and acid-resistant steels, high feed rates, shortened sawing timese.g: Structural steel, deep-drawing steel, free-cutting steel, ball bearings and unalloyed tool steel. Aluminum, copper and brass, High-speed steel and cold work steel. Nitriding steel, stainless and acid-resistant steels. TitaniumMaterial: M42Tooth shape: Normal For customers who value a long service life and shorter sawing times. sawing times.