Bits for Microstix® screws with 4 mm halfmoon drive for direct insertion in the power tool.

Premium bits for Phillips screws with a torsion zone into which kinetic energy is dissipated during peak loads. With softer BiTorsion zone to prevent the bit tip from twisting at high loads. This significantly increases the product life. Tough, for...

High quality Wera L-keys with colour coded, convenient plastic sleeve. This means that the tool is quickly accessible and the ergonomic and pleasant handle is easy on the hands even at low temperatures. Hex-Plus L-keys provide larger contact surfaces on...

High quality bits for Phillips screws with Torsion zone - where kinetic energy is diverted from peak loads - and softer BiTorsion zone to prevent the bit tip from twisting under peak loads. This greatly extends the product service life. Extra-hard...

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

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. The...

Tough viscous Wera bits for hexagon socket screws and universal use. Hex-Plus 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 head more or less eliminated. Hexagon...

High quality bits for recessed TORX® screws. The wedging forces resulting from the contact pressure between the drive tip and the screw profile securely hold the screw on the tool. ¼" hexagon, suitable for holders as per DIN ISO 1173-D 6.3.

BiTorsion bits for Pozidriv screws with elastic Torsion zone - where kinetic energy is diverted from peak loads - and softer BiTorsion zone to prevent the bit tip from twisting under peak loads. This greatly extends the product service life. Tough...

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"...

Torsion bits for Pozidriv screws with elastic Torsion zone - where kinetic energy is diverted from peak loads - and softer BiTorsion zone to prevent the bit tip from twisting under peak loads. This greatly extends the product service life. This provides...

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

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...

Tough viscous bits for slotted screws for universal use. 5/16" hexagon, suitable for holders as per DIN ISO 1173-D 8.

Premium bits with torsion zone into which kinetic energy is dissipated during peak loads. This significantly increases the product life. Extra-hard. 1/4" hexagonal, suitable for holders as per DIN ISO 1173-D 6.3.

High quality bits for square socket screws with holding function. The wedging forces resulting from the contact pressure between the drive tip and the screw profile securely hold the screw on the tool. ¼" hexagon, suitable for holders as per DIN ISO...

BiTorsion bits for hexagon screws with elastic torsion zone into which kinetic energy is dissipated during peak loads. With softer BiTorsion zone to prevent the bit tip from twisting at high loads. This significantly increases the product life...

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

Hard bits for recessed TORX® screws. Drive: 4 mm halfmoon for direct power tool connection.

High quality bits for recessed TORX PLUS® screws with safety pin. A 5-flank TORX PLUS® profile with bore hole. ¼" hexagon, suitable for holders as per DIN ISO 1173-F 6.3.