Power Tools

Flexback bandsaw blades are for easy to cut non-ferrous materials such as wood, plastics, aluminum and bronze. Flexback carbon steel blade and flexible back allows higher band speed.

Flexback bandsaw blades are for easy to cut non-ferrous materials such as wood, plastics, aluminum and bronze. Flexback carbon steel blade and flexible back allows higher band speed.

Flexback bandsaw blades are for easy to cut non-ferrous materials such as wood, plastics, aluminum and bronze. Flexback carbon steel blade and flexible back allows higher band speed.

Flexback bandsaw blades are for easy to cut non-ferrous materials such as wood, plastics, aluminum and bronze. Flexback carbon steel blade and flexible back allows higher band speed.

Flexback bandsaw blades are for easy to cut non-ferrous materials such as wood, plastics, aluminum and bronze. Flexback carbon steel blade and flexible back allows higher band speed.

Flexback bandsaw blades are for easy to cut non-ferrous materials such as wood, plastics, aluminum and bronze. Flexback carbon steel blade and flexible back allows higher band speed.

Flexback bandsaw blades are for easy to cut non-ferrous materials such as wood, plastics, aluminum and bronze. Flexback carbon steel blade and flexible back allows higher band speed.

Flexback bandsaw blades are for easy to cut non-ferrous materials such as wood, plastics, aluminum and bronze. Flexback carbon steel blade and flexible back allows higher band speed.

Flexback bandsaw blades are for easy to cut non-ferrous materials such as wood, plastics, aluminum and bronze. Flexback carbon steel blade and flexible back allows higher band speed.

Flexback bandsaw blades are for easy to cut non-ferrous materials such as wood, plastics, aluminum and bronze. Flexback carbon steel blade and flexible back allows higher band speed.

3850 Sandflex - 9'3" - Width 34, TPI 5/8

Bandsaw blade with the most flexible solution for production cutting. New improved high-speed steel tooth edge gives a combination of higher hardness and higher toughness. Less vibrations, consequently less heat and better wear resistance. Geometry with...