Bits

High quality bits for recessed TORX® 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 slipping...

Non-magnetic design. ¼" hexagon, suitable for holders as per DIN ISO 1173-F 6.3. 869/4 Nutsetters, 3/8" x 65 mm

Tough Wera bits for hexagonal socket screws, for universal use. The ball-shaped tip profiles enable the tool shaft to be moved and pivoted relative to the screw axis which allows screwdriving "around the corner". 1/4" hexagonal, suitable for holding...

Premium bits for TORX® socket screws. The hole in the bit and the pin in the TORX® BO screw prevent unauthorized loosening. Safety connection. Tough, for universal use. 1/4" hexagonal, suitable for holding tools as per DIN ISO 1173-D 6.3.

High quality bits for recessed TORX® 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 slipping...

Tough viscous Wera bits for slotted screws and universal use. ¼" hexagon, suitable for holders as per DIN ISO 1173-D 6.3.

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

BiTorsion bits for Pozidriv* screws with Torsion zone. This greatly extends the product service life. This provides the best possible durability together with the matching holder. Extra-hard; ¼" hexagon, suitable for holders 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...

High quality bits for spanner screws. Tough viscous for universal use. ¼" hexagon, suitable for holders as per DIN ISO 1173-F 6.3.

Bits for slotted 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 diverted from...

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

Rapidaptor universal holder for bits with 1/4" external hexagon drive as per DIN ISO 1173-C 6.3 and E 6.3 (ISO 1173). The Rapidaptor allows mounting the bits without using the sleeve. The bit is removed by simply pushing it forward - for lightning-fast...

High quality bits out of stainless steel for hexagon socket screws. Wera stainless are made out of stainless steel which prevents the formation of unsightly extraneous rust. The Hex-Plus profile offers a greater contact surface in the head of the screw...

Premium bits for TORX® BO socket screws. TORX® BO screws have a protruding pin in their drive profile. This prevents unauthorized loosening, as these screws cannot be operated with "normal" TORX® tools. Only special TORX® BO tools have a bore which...

Premium bits for Pozidriv screws. Tough, for universal use. With colour coding by tip (black = Pozidriv) and size stamping for easy identification of the required bit. 1/4" hexagonal, suitable for holding tools as per DIN ISO 1173-F 6.3.

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

30-piece. Tough-absorbing Wera bits for universal use. 1 universal halter 899/4/1 K for take-up in the power screwdriver or use in the chuck of the power drill. Comes with tough viscous TORX® bits for universal use.

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, 7 x 50 mm

Tough viscous Wera bits for hexagon socket screws 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 head more or less...