Hardcore jobs require hardcore bits. These shockwave bits from Milwaukee will provide you with unparalleled strength and fastener gripping so you can get your work done right. Their custom-machined tips allow them to maintain a firm grip on fasteners. This way, you'll be able to work at high speed settings without having your bit walk all over the place, potentially damaging it and your work surface. Most unique about these bits, found here in a five pack, are the shock zone sections that make up most of the bit shafts. These are geometrically designed to absorb torque from high-powered impact drivers. This makes the bits up to 30 times more resilient than competing brands. With 5 of these packed together, you'll be able to get plenty finished before you need a replacement. Whether you're assembling furniture or putting a house together, these bits will help you through most common fastening applications you could imagine. Power, ergonomics, and toughness; if it has it all, it's probably a Milwaukee.
- IMPACT RATED: These are designed to take the punishment that high torque impact drivers dish out on a daily basis
- FORGED TIPS are built to maximize their grip with your fastener
- PROPRIETARY STEEL ALLOY keeps these bits in shape up to 30 times longer than competing high-impact bits
- FLEXION: The section between the bit head and the hex shank can flex, reducing the stress of high torque operations, improving its longevity
- 2 INCH LENGTH: This will help you get into certain harder-to-reach areas compared to single inch bits
- IMPACT RATED: These are designed to take the punishment that high torque impact drivers dish out on a daily basis
- FORGED TIPS are built to maximize their grip with your fastener
- PROPRIETARY STEEL ALLOY keeps these bits in shape up to 30 times longer than competing high-impact bits
- FLEXION: The section between the bit head and the hex shank can flex, reducing the stress of high torque operations, improving its longevity
- 2 INCH LENGTH: This will help you get into certain harder-to-reach areas compared to single inch bits