No C-Ring 2-1/4in - Hanson

Part #: 93714

The Hanson 93714 Magnetic Insert Bit Holder is engineered for professional automotive and industrial applications, providing a secure and efficient solution for driving 1/4" hex bits. Its robust design, devoid of a traditional C-ring, ensures consistent bit retention and quick changes in demanding work environments. This 2-1/4" long bit holder is an essential accessory for technicians and mechanics seeking reliable performance and durability in their fastening tasks.

Key Features

  • Secure Magnetic Retention: Features a strong magnetic insert that firmly holds 1/4" hex bits, preventing slippage and wobble during use.
  • "No C-Ring" Design: Offers a streamlined profile and eliminates the potential for C-ring wear or failure, ensuring consistent bit changes.
  • Professional-Grade Construction: Built by Hanson, a brand known for its durable tools, this bit holder is designed to withstand the rigors of daily professional use.
  • 1/4" Hex Shank with Groove: Compatible with a wide range of power drills and impact drivers, featuring a groove for enhanced grip and security in chucks.
  • Optimized Length: The 2-1/4" length provides adequate reach for various applications while maintaining a compact form factor.

Applications

This magnetic insert bit holder is ideal for professional technicians and mechanics working on a variety of tasks, from automotive assembly and repair to industrial maintenance and construction. It is suitable for use with self-tapping screws, machine screws, and other fasteners in environments where reliable bit retention and quick bit changes are crucial. Its robust construction makes it a dependable choice for repetitive tasks in workshops and on job sites.

Browse Bits and Drivers
  • (image for) Hanson
    Other products
    Hanson Homepage
  • Model: 235269
  • Shipping Weight: 0.4lbs
  • UPC: 673765937142
  • Manufacturers Part #: 93714
  • Manufactured by: Hanson
  • Also Known As: HAN93714

This product was added to our catalog on Thursday 14 July, 2016.