The T 118 A makes straight cuts in metal. Its milled, wavy-set teeth are ideal for cuts without special requirements. The fully hardened, high-grade HSS (high-speed steel) blade material is appropriate for cutting standard-strength, non-perforated metal sheets. Additionally, the blade’s very fine progressive tooth pitch (1.1-1.5 mm) cuts very thin solid sheet metals with 1-3 mm thickness.
The T 101 BR delivers clean straight cuts in wood. Its precision-ground teeth with taper-ground body produce clean results. The high carbon steel blade material is appropriate for softwood and non-abrasive woodworking materials. The blade is equipped with a fine progressive tooth pitch (2.5 mm) for cutting woodworking materials with 3-30 mm thickness.
Contains a selection of high performance FlexTorq impact bits that have been designed for use with impact drivers. Favoured by professional users for maximum hold, tight access and no run out. The CNC precisely machined bits have a torsion zone that absorbs peaks in torque allowing optimum bit flex for maximum life in tough impact or high torque industrial applications.
The T 118 A makes straight cuts in metal. Its milled, wavy-set teeth are ideal for cuts without special requirements. The fully hardened, high-grade HSS (high-speed steel) blade material is appropriate for cutting standard-strength, non-perforated metal sheets. Additionally, the blade’s very fine progressive tooth pitch (1.1-1.5 mm) cuts very thin solid sheet metals with 1-3 mm thickness.
The T 101 BR delivers clean straight cuts in wood. Its precision-ground teeth with taper-ground body produce clean results. The high carbon steel blade material is appropriate for softwood and non-abrasive woodworking materials. The blade is equipped with a fine progressive tooth pitch (2.5 mm) for cutting woodworking materials with 3-30 mm thickness.
Contains a selection of high performance FlexTorq impact bits that have been designed for use with impact drivers. Favoured by professional users for maximum hold, tight access and no run out. The CNC precisely machined bits have a torsion zone that absorbs peaks in torque allowing optimum bit flex for maximum life in tough impact or high torque industrial applications.