Milwaukee Milwaukee 48-32-5009

Industry Description

Milwaukee® SHOCKWAVE Impact Duty™ Driver Bits and Bit Holders are engineered for extreme durability and up to 10x life. Made from proprietary steel and heat treated to control hardness, the Shockwave Impact Duty™ Driver Bits feature an innovatively designed geometric shock absorption zone to extend life. The forged tip allows for a secure grip and maximum contact eliminating stripping or slipping. BONUS Milwaukee® SHOCKWAVE Magnetic Bit Tip Holder 2.36" included. The SHOCKWAVE Impact Duty™ Magnetic Bit Holders are made from proprietary steel and heat treated to control hardness and feature a powerful magnet allowing for a secure grip and unyielding bit engagement. The 2-piece construction of the holders is the optimal assembly for abusive applications. Now use with Milwaukee® SHOCKWAVE Impact Duty™ Insert Magnetic Nut Drivers (1/4", 5/16", 3/8", 7/16", 1/2"). Bullets: OPTIMIZED SHOCKZONE™ Absorbs peak torque and prevents breaking PRECISE FIT CUSTOM MACHINED TIP™ Prevents stripping and reduces wobble CUSTOM ALLOY76™ STEEL Maximizes resistance to wear and shock 01935

Modified Industry Description

SHOCKWAVE INSERT BIT PHILLIPS #2 -

AD Description

Milwaukee® 48-32-5009 SHOCKWAVE™ Magnetic Bit Tip Holder, 2.36 in Drive, HSS, #2 Phillips

Vendor Description

Milwaukee® SHOCKWAVE™ Impact Duty™ Driver Bits and Bit Holders are engineered for extreme durability and upto 10X life. Made from proprietary steel and heat treated to control hardness, the SHOCKWAVE™ impact Duty™ driver bits feature an innovatively designed geometric shock absorption zone to extend life. The forged tip allows for a secure grip and maximum contact eliminating stripping or slipping. BONUS Milwaukee® SHOCKWAVE™ magnetic bit tip holder 2.36 included. The SHOCKWAVE™ Impact Duty™ magnetic bit holders are made from proprietary steel and heat treated to control hardness and feature a powerful magnet allowing for a secure grip and unyielding bit engagement. The 2-piece construction of the holders is the optimal assembly for abusive applications.