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
Lame Concrétion Carbure, Grain Moyen Jante Continues. Ideal for low- usinability steels, High-resistant steels, cast irons and construction materials, abrasives or 0 such as Tiles, Ceramics, Brick and Parpaing
Lame Concrétion Diamant pour Scie Sauteuse Grain D427. For the sawing of all construction materials, the Céram, Composites, Glass and metals with low usinability. Standard T