Lame Bimétal 8% Cobalt, lace 14 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness 5 to 10 mm
Lame Bimétal 8% Cobalt, lace 14 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness 5 to 10 mm
Lame Bimétal 8% Cobalt, lace 18 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness 2 to 6 mm
Lame Bimétal 8% Cobalt, lace 18 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness 2 to 6 mm
Lame Bimétal 8% Cobalt, denture 24 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness 1 to 2 mm
Lame Bimétal 8% Cobalt, denture 24 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness 1 to 2 mm
Lame Bimétal 8% Cobalt, denture 32 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness < 1 mm
Lame Bimétal 8% Cobalt, denture 32 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness < 1 mm
Mounting for Saw blade in Main. Frame lightened in reinforced aluminium. The lever and lock lock allow optimum tension of the Bimétal blade. Cut to 90° and 45°, 10 blade tank
ABS handle allowing the fixation of a Bimétal or Carbon Hand blade 300x13 mm. Ideal for hard access and grinding cuts. Fast change system, equipped with 250x13x0.65 - 24T Main blade
Lame Bimétal 8% Cobalt, lace 14 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness 5 to 10 mm
Lame Bimétal 8% Cobalt, lace 18 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness 2 to 6 mm
Lame Bimétal 8% Cobalt, denture 24 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness 1 to 2 mm
Lame Bimétal 8% Cobalt, denture 32 Dents/Pouce treated at 67 HRc. Flexible and Incassable this blade offers longevity and high yield for the cutting of High Resistance Aciers. Thickness < 1 mm
Saw blade at Ruban 27x0.9 - 2/3 teeth. Denture 11% of Cobalt, dipped to 71HRc. Extremely positive cut for sawing of hard steel and super alloys in intensive production
Saw blade at Ruban 27x0.9 - 3/4 teeth. Denture 11% of Cobalt, dipped to 71HRc. Extremely positive cut for sawing of hard steel and super alloys in intensive production
Saw blade at Ruban 27x0.9 - 4/6 teeth. Denture 11% of Cobalt, dipped to 71HRc. Extremely positive cut for sawing of hard steel and super alloys in intensive production
Saw blade at Ruban 34x1.1 - 2/3 teeth. Denture 11% of Cobalt, dipped to 71HRc. Extremely positive cut for sawing of hard steel and super alloys in intensive production
Saw blade at Ruban 34x1.1 - 3/4 teeth. Denture 11% of Cobalt, dipped to 71HRc. Extremely positive cut for sawing of hard steel and super alloys in intensive production
Saw blade at Ruban 34x1.1 - 4/6 teeth. Denture 11% of Cobalt, dipped to 71HRc. Extremely positive cut for sawing of hard steel and super alloys in intensive production
Saw blade at Ruban 41x1.3 - 1.0/1.5 teeth. Denture 11% of Cobalt, dipped to 71HRc. Extremely positive cut for sawing of hard steel and super alloys in intensive production
Saw blade at Ruban 41x1.3 - 1.5/1.2 teeth. Denture 11% of Cobalt, dipped to 71HRc. Extremely positive cut for sawing of hard steel and super alloys in intensive production