STANLEY 1/4" Hex Drive Phillips Insert Bit – Phillips tip, 1/4-inch hex shank

STANLEY 1/4" Hex Drive Phillips Insert Bit is a replacement screwdriver bit with a Phillips tip and a standard 1/4-inch hex shank designed for use in bit holders, impact drivers and cordless drills that accept 1/4" bits. The bit provides a standard cross-head interface for driving Phillips screws and a 1/4" hex interface for quick bit changes and broad compatibility with common adapters and magnetic bit holders.

Advantages

The STANLEY bit is manufactured to provide a precise fit with Phillips screws and to work with 1/4" hex tool interfaces, reducing cam-out and improving screw engagement. The bit is forged and ground for durability and long life, and precision machined to maintain consistent tip geometry for repeatable performance in construction, industrial and DIY tasks.

Suitable for

• Driving Phillips (cross-head) screws in wood, metal and plastic assemblies
• Use with 1/4" hex bit holders, quick-change chucks and magnetic adapters
• General repair, assembly and installation tasks where a 1/4" Phillips bit is required

Key specifications

• Tip type: Phillips (cross-head)
• Shank: 1/4-inch hex
• Compatibility: Designed for impact drivers, cordless drills and bit holders accepting 1/4" hex bits
• Manufacturing: Forged, ground and precision machined tip geometry

How to use

Insert the 1/4" hex shank into a compatible bit holder, quick-change chuck or magnetic adapter until it locks or seats securely. Select the appropriate driving speed and torque on your driver or drill for the screw and material. Engage the Phillips tip with the screw head, apply steady axial pressure and drive the screw while keeping the bit aligned to reduce cam-out. Remove the bit by releasing the holder or quick-change mechanism and replace as needed.

Usage recommendations

Use appropriate torque settings for the screw and material to avoid tip wear or screw damage. Inspect the Phillips tip for wear before use and replace the bit when tip edges become rounded. For high-torque impact applications, confirm compatibility with your impact driver and consider using impact-rated bits when required.