Makita Genuine 136223-5 Anvil Assembly for Cordless Impact Wrenches Replacement

The Makita 136223-5 Anvil Assembly is a genuine OEM replacement part for the DTW300 cordless impact wrench, restoring accurate torque delivery when the original anvil becomes worn or damaged.

Precision-machined from hardened alloy steel, this component forms the square drive output of the tool, transferring impact energy from the hammer mechanism directly to the socket. Its hardened construction is built to withstand repeated high-impact cycles, making it well suited to the demands of professional use on construction sites and during garden machinery maintenance.

Because it is engineered specifically for the DTW300, the 136223-5 assembly maintains the tool's factory performance and balance. It restores positive socket retention, reduces excess play or wobble, and supports consistent performance across both tightening and loosening applications. As a direct replacement part, it simplifies the repair process and minimises workshop downtime.

Fitting a genuine Makita part rather than an aftermarket alternative ensures correct dimensional tolerances and reliable compatibility with the hammer mechanism. This assembly is equally suitable for scheduled tool maintenance as it is for reactive repairs, helping contractors keep cordless impact wrenches in dependable working order.

Features and Benefits:
• Genuine Makita OEM part (136223-5) — correct fit guaranteed for the DTW300
• Hardened alloy steel construction for strength and long service life
• Precision square drive for efficient torque transfer and reduced wear on mating parts
• Restores positive socket retention and reduces excess play or wobble
• Direct replacement design simplifies fitting and minimises downtime
• Built to handle repeated high-impact cycles in demanding environments
• Consistent performance in both tightening and loosening applications
• Maintains alignment between the hammer mechanism and socket for accurate fastening
• Suitable for scheduled maintenance programmes to prevent unexpected tool failures