Keep bits from slipping. Insert a bit into the adapter, place a screw on the end of the bit, and slide the adapter sleeve over the screw. The sleeve retracts as the screw is driven. Use hex-shank bits (also known as insert bits) in drills and powered screwdrivers.

Plastic sleeve is clear so you can see that the bit is making contact.

The toughest bits available, these withstand the shock and twisting force of impact drivers. Also known as insert bits, use with a bit adapter in power tools.

A magnet holds the nut in place. These bits have a groove in the shank to fit directly into power tools.

A mechanism inside the bit holds hex nuts and cap screws in place.

Bits with magnet hold steel fasteners.

Hex shank bits (also known as insert bits) are used in hand drivers or with a bit adapter in power tools.

Hex shank bits for power tools have a groove in the shank and fit directly into power tools without an adapter. They offer more reach for recessed holes and less wobble compared to a hex shank bit used with an adapter.

Because they make contact on the flat sides of fasteners rather than only on the corners, these bits significantly reduce slipping and stripping. The groove in the shank fits directly into power tools. They are also known as lobular bits.

Insert a bit into the shaft and a magnet holds it in place.

Tamper-resistant hex are also known as pin-in-hex.

Tamper-resistant Torx are also known as pin-in-Torx.

Ultra-grip drivers have a multicomponent handle that provides comfort and the best possible grip for achieving maximum torque.

Lock your bit into the chuck to prevent accidental disengagement. Pull back on the chuck to insert a bit in the magnetic holder; push it forward to lock it in place.

The offset head can access fasteners in tight spots where there isn't clearance to turn a standard bit driver. A magnet holds bits in place. These tools have a multicomponent ultra-grip handle that provides comfort and the best possible grip for achieving maximum torque. The head can be removed from the handle and used with power drills that accept a 1/4” hex shank.

A ratchet mechanism turns fasteners more quickly than a standard driver. Insert a bit into the shaft and a magnet holds it in place.

T-handle drivers have a longer reach and make it easier to turn fasteners from above.

Ultra-grip drivers have a multicomponent handle that provides comfort and the best possible grip for achieving maximum torque.

A ratchet mechanism allows you to drive fasteners when there's little space to move the handle.

Style B accepts two shank sizes, held in place by magnets.

Style C accepts two shank sizes and has offset heads to access screws in obstructed areas. Magnets hold the bits.

Style D has a knurled handle you turn with your fingertips. A magnet holds the bit.

Drive screws four times faster than ratcheting alone. Grip the speed housing at the base of the shaft with one hand while turning the handle with the other. These tools have a magnet at the end of the shaft that holds bits in place. The contoured ultra-grip handle provides comfort and the best possible grip for achieving maximum torque.

Bend the shaft around obstructions to reach fasteners that standard screwdrivers can’t. These tools have a soft, contoured handle that provides comfort and the best possible grip for achieving maximum torque. Bits are not included.

Drivers with 15” long shaft secure bits with a magnet.

An insulated handle and shaft protect against shock from accidental contact with live electrical circuits. These tools are tested to 1,000 volts to meet IEC 60900 and EN 60900. A magnet holds the bit in place.