Bits

Premium bits for Pozidriv* screws. Tough, for universal use. 1/4" hexagonal, suitable for holders as per DIN ISO 1173-F 6.3. * Pozidriv = registered trademark of the company European Industrial Service Ltd.

Tough Wera bit for hexagonal socket screws, for universal use. Chemically nickel-plated. Hex-Plus offers larger contact surfaces in the screw head. The notch effect is reduced to a minimum and the destruction of the screw is nearly eliminated. 1/4"...

Premium bits for TORX® socket screws. Tough, for universal use. 1/4" hexagonal, suitable for holders as per DIN ISO 1173-F 6.3.

Premium bits for TORX® socket screws. 1/4" hexagonal, suitable for holding tools as per DIN ISO 1173-D 6.3.

Premium bits for TORX® socket screws. The TORX® HF (HF = holding function) tools developed by Wera stand out with the geometric optimization of the original TORX® profile. The clamping force resulting from the seating stress between the tip and the...

Metric nutsetter for hexagon head screws. Comes with a strong permanent magnet. ¼" hexagon, suitable for holders as per DIN ISO 1173-F 6.3. 869/4 M Nutsetters, magnetic, 9 x 65 mm

High quality bits for TORQ-SET® screws. The stronger flanks - when compared with the conventional TORQ-SET® profile - result in 70% more breaking torque and thereby enhanced durability whilst at the same time providing a perfect fit in the screw head. ¼"...

Metric nutsetter for hexagon head screws. Comes with a strong permanent magnet. ¼" hexagon, suitable for holders as per DIN ISO 1173-F 6.3. 869/4 M Nutsetters, magnetic, 12 x 50 mm

High quality bits out of stainless steel for cross-recess screws. Wera stainless are made out of stainless steel which prevents the formation of unsightly extraneous rust. Come with Torsion zone: Torsion bits take-up torque peaks and absorb them in the...

High quality bits for recessed TORX PLUS® screws. Tough viscous for universal use. ¼" hexagon, suitable for holders as per DIN ISO 1173-D 6.3.

High quality Impaktor bits for hexagon socket screws. The Impaktor technology offers an above-average service life even under extreme circumstances. Enhanced friction resistance, thanks to the rough diamond-particle coating on the bit tip, prevents any...

Tough viscous Wera bits for hexagon socket screws in a practical 3-piece set, for universal use. The Hex-Plus profile offers a greater contact surface in the head of the screw. The notching effect is therefore reduced to a minimum and damage to the screw...

Premium bits for TORX® socket screws. Tough, for universal use. 1/4" hexagonal, suitable for holders as per DIN ISO 1173-F 6.3.

6 Wera bits tidily arranged in a minimum of space in a practical Bit-Check. Tough viscous Wera bits for hexagon head screws and universal use. 1 universal holder 893/4/1 K for insertion in the power screwdriver or for use in the chuck of the electric...

Premium bits for Phillips screws. Tough, for universal use. 1/4" hexagonal, suitable for holders as per DIN ISO 1173-F 6.3.

Premium bits for Phillips screws. Torque peaks are cushioned by the torsion shape. Premature wear is avoided and the service life of the bit is increased. Tough, for universal use. 1/4" hexagonal, suitable for holding tools as per DIN ISO 1173-D 6.3.

BiTorsion bits for Phillips screws with tiny diamond particles on the bit tip. This ensures a secure fit of the bit in the screw, reduces the contact pressure required and lowers the risk of slipping. Comes with Torsion zone where kinetic energy is...

High quality bits out of stainless steel for cross-recess screws. Wera stainless are made out of stainless steel which prevents the formation of unsightly extraneous rust. ¼" hexagon, suitable for holders as per DIN ISO 1173-F 6.3.

Premium bits for TORX® socket screws. Tough, for universal use. 1/4" hexagonal, suitable for holders as per DIN ISO 1173-F 6.3.

Bits for recessed TORX® screws with tiny diamond particles on the bit tip. This ensures a secure fit of the bit in the screw, reduces the contact pressure required and lowers the risk of slipping. Come with a Torsion zone where kinetic energy is...