SHOCKWAVE Impact Duty™ 1/2"Drive 13/16" Deep 6 Point Socke - Milwaukee Electric Tools

Specifications

• Manufacturer: Milwaukee Electric Tools
• Model Number: 49-66-6227
• Drive Size: 1/2 inch
• Socket Size: 13/16 inch
• Point Count: 6 point
• Socket Type: Deep Impact
• Weight: 0.55 lbs
• Dimensions: 5.43 x 1.77 x 1.2 inches

Key Features

• SHOCKWAVE Impact Duty™ Design: Engineered for extreme durability and a long lifespan in demanding impact applications.
• 6-Point Geometry: Delivers a secure fit, preventing fastener stripping and improving torque transmission.
• Deep Well Configuration: Provides extended reach for accessing recessed fasteners or those with longer threads.
• Forged Steel Construction: Ensures robust strength and resistance to wear under heavy use.

Applications

• Automotive Maintenance: Ideal for tasks like wheel lug nut removal, suspension work, and engine component servicing.
• Construction & Fabrication: Suitable for assembly and disassembly of structures, machinery, and equipment where secure fastening is critical.
• Industrial Settings: Used in manufacturing, maintenance, and repair operations involving high-torque fastening needs.
• Heavy Equipment Repair: Effectively handles large and stubborn fasteners often found on agricultural machinery, trucks, and other heavy-duty vehicles.

Benefits

• Enhanced Durability: The SHOCKWAVE Impact Duty™ design provides exceptional resistance to impact forces, reducing wear and breakage for extended tool life.
• Secure Fastening: The 6-point deep socket design firmly grips fasteners, minimizing the risk of rounding corners and ensuring efficient torque transfer.
• Improved Access: Its deep well profile allows users to reach and engage fasteners in confined spaces or on longer studs, increasing versatility and reducing frustration.
• Reliable Performance: Built for demanding conditions, this impact duty socket consistently delivers robust performance, saving time and effort on tough jobs.
• Prevents Fastener Damage: The precise fit helps maintain the integrity of fasteners, avoiding costly damage and rework.