Milwaukee Quick-change bit holder 1/4" hex socket
€12.30*
% €15.35* (19.87% saved)Prices incl. 19% VAT. plus Shipping costs
Delivery time: 1-3 working days **
More than 10 pieces available (online and in specialist shops)
Intended use
A bit holder is used as a slip-on adapter in cordless screwdrivers to hold screwdriver bits. The holder is clamped into the drill chuck of the cordless screwdriver. Using a bit holder allows you to quickly switch between different types of screwdriver bits.
Technical data
| Bit holder: | Locking, magnetic |
|---|---|
| Clamping shaft: | 1/4" Hex (DIN 3126 - E 3.6) |
| Total length [mm]: | 58 |
1/4" Hex shank
Magnetic holder
Quick lock
Description of the
This bit holder is made of steel. The holder has a magnetic holder that ensures the bits used are held securely. The locking mechanism on the holder must be released to insert and remove the bit.
Scope of delivery
- 1 x Milwaukee Quick-change bit holder 1/4" hex socket
More about the brand and products from
This bit holder is made of steel. The holder has a magnetic holder that ensures the bits used are held securely. The locking mechanism on the holder must be released to insert and remove the bit.
The body of these impact-resistant screwdriver bits is made of high-quality S2 tool steel. The cold-formed bits are characterised by their precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bits are laser-marked and labelled with the type designation for easy identification.
The body of these impact-resistant screwdriver bits is made of high-quality S2 tool steel. The cold-formed bits are characterised by their precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bits are laser-marked and labelled with the type designation for easy identification.
The body of this impact-resistant screwdriver bit is made of high-quality S2 tool steel. The cold-formed bit is characterised by its precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bit is laser-marked and labelled with the type designation for easy identification.
The body of these impact-resistant screwdriver bits is made of high-quality S2 tool steel. The cold-formed bits are characterised by their precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bits are laser-marked and labelled with the type designation for easy identification.
The body of these impact-resistant screwdriver bits is made of high-quality S2 tool steel. The cold-formed bits are characterised by their precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bits are laser-marked and labelled with the type designation for easy identification.
The body of this impact-resistant screwdriver bit is made of high-quality S2 tool steel. The cold-formed bit is characterised by its precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bit is laser-marked and labelled with the type designation for easy identification.
The body of these impact-resistant screwdriver bits is made of high-quality S2 tool steel. The cold-formed bits are characterised by their precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bits are laser-marked and labelled with the type designation for easy identification.
The body of these impact-resistant screwdriver bits is made of high-quality S2 tool steel. The cold-formed bits are characterised by their precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bits are laser-marked and labelled with the type designation for easy identification.
The body of these impact-resistant screwdriver bits is made of high-quality S2 tool steel. The cold-formed bits are characterised by their precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bits are laser-marked and labelled with the type designation for easy identification.
The body of these impact-resistant screwdriver bits is made of high-quality S2 tool steel. The cold-formed bits are characterised by their precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bits are laser-marked and labelled with the type designation for easy identification.
The body of these impact-resistant screwdriver bits is made of high-quality S2 tool steel. The cold-formed bits are characterised by their precise fit and high wear resistance. During production, the bit tip is hardened in a special process at temperatures of up to 870° C. This results in a 60 HRC hardness. This results in a 60-HRC-hardened bit with a particularly durable bit tip. The bits are laser-marked and labelled with the type designation for easy identification.
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