Screwdriver Bit Makita B-63616 2 pcs Phillips PH 2 25 mm

The Makita B-63616 set contains two Phillips PH2 screwdriver bits, each 25 mm long, designed for general screwdriving tasks. Manufactured to match common PH2 screw heads, these bits offer a compact length suitable for work in confined spaces and for use with bit holders and quick-change chucks. The set is aimed at users needing reliable torque transfer and consistent fit when fastening or removing PH2 screws.

Advantages

These Phillips PH2 bits are produced to provide accurate tip geometry for a snug fit in corresponding screw recesses, reducing cam-out and wear. The 25 mm length balances reach and control, making the bits suitable for both handheld drivers and power drivers with bit adapters. Durability is addressed through hardened steel construction and surface finishing that resist deformation under typical fastening loads.

Suitable for

• Assembly and disassembly of furniture and fixtures using PH2 screws
• General-purpose repair and maintenance tasks with PH2 fasteners
• Use with cordless or corded drivers, bit holders, and quick-change systems
• Work in confined or recessed screw locations where a 25 mm bit provides better access

Key specifications

• Bit type: Phillips PH2
• Quantity: 2 pieces
• Length: 25 mm
• Material: hardened steel (manufacturer standard for impact and wear resistance)
• Drive interface: compatible with standard 1/4" hex bit holders

How to use

Select a PH2 bit and insert it securely into a compatible bit holder or the chuck of your screwdriver. Align the bit with the screw head, apply steady axial pressure, and operate the driver at an appropriate speed and torque setting for the material and screw size. For manual use, maintain firm grip and alignment to minimize slipping; for power drivers, start at low speed to seat the bit before increasing speed.

Usage recommendations

Inspect bits regularly for tip wear or damage and replace worn bits to maintain secure engagement with screw heads. Use the 25 mm length for tasks in tighter spaces and switch to longer bits when deeper reach is necessary. Avoid applying excessive torque beyond the bit’s designed capability to prevent tip rounding or breakage.