N/A

-

steel

10.24g

Phillips

1/4" (E6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

PH2

50mm

screwdriver bit

N/A

-

steel

3.95g

Torx® with protection

1/4" (C6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

T10H

25mm

screwdriver bit

N/A

-

steel

3.71g

Torx®

1/4" (C6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

TX08

25mm

screwdriver bit

N/A

-

steel

39.6g

Pozidriv®

1/4" (E6,3mm)

3pcs.

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

PZ3

50mm

screwdriver bit

N/A

-

steel

24g

Phillips

1/4" (C6,3mm)

3pcs.

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

PH2

25mm

screwdriver bit

N/A

-

steel

9.04g

Pozidriv®

1/4" (E6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

PZ1

50mm

screwdriver bit

N/A

-

steel

10.323g

Pozidriv®

1/4" (E6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

PZ2

50mm

screwdriver bit

N/A

-

steel

4.96g

Torx®

1/4" (C6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

TX25

25mm

screwdriver bit

N/A

-

steel

3.63g

Torx®

1/4" (C6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

TX05

25mm

screwdriver bit

N/A

-

steel

5.255g

Pozidriv®

1/4" (C6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

PZ3

25mm

screwdriver bit

N/A

-

steel

4.81g

Pozidriv®

1/4" (C6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

PZ2

25mm

screwdriver bit

N/A

-

steel

4.48g

Torx®

1/4" (C6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

TX20

25mm

screwdriver bit

N/A

-

steel

4.38g

Torx®

1/4" (C6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

TX15

25mm

screwdriver bit

N/A

-

Chrom-vanadium steel

4.485g

Torx®

1/4" (C6,3mm)

titanium nitride

TX15

25mm

screwdriver bit

N/A

-

steel

5.08g

Torx® with protection

1/4" (C6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

T30H

25mm

screwdriver bit

N/A

-

steel

4.2g

slot

1/4" (C6,3mm)

Torsion version is characterized by the presence of torsional zone which during extreme loads absorbs kinetic energy

SL 4,5

25mm

screwdriver bit

N/A

-

Chrom-vanadium steel

3.933g

Torq-Set®

ZOT

1/4" (C6,3mm)

hardened

TS3

25mm

screwdriver bit

N/A

-

Chrom-vanadium steel

528g

Phillips

plastic box

STANDARD

1/4" (C6,3mm)

100pcs.

PH2

25mm

screwdriver bit

N/A

-

Chrom-vanadium steel

2.46g

Torx®

MICRO

hexagonal 4mm

hardened

TX09

28mm

screwdriver bit

N/A

-

Chrom-vanadium steel

70.5g

Torx®

plastic case

STANDARD

1/4" (C6,3mm)

10pcs.

TX30

25mm

screwdriver bit

N/A

-

Chrom-vanadium steel

10.4g

Torx® PLUS

PROFESSIONAL

1/4" (E6,3mm)

hardened

8IP

90mm

screwdriver bit

N/A

-

Chrom-vanadium steel

2.39g

hex key

MICRO

hexagonal 4mm

hardened

HEX 2mm

28mm

screwdriver bit

N/A

-

Chrom-vanadium steel

3.97g

6-angles socket

hexagonal 4mm

hardened

HEX 4,5mm

30mm

screwdriver bit

N/A

-

Chrom-vanadium steel

6.95g

Torx®

PROFESSIONAL

1/4" (E6,3mm)

hardened

TX02

50mm

screwdriver bit

N/A

-

Chrom-vanadium steel

HEX 6mm

37.11g

hex key

spherical

plastic case

STANDARD

1/4" (C6,3mm)

3pcs.

hardened

screwdriver bits

HEX 4mm

25mm