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VISE GRIP ADAPTER - OTC Tools and Equipment

Part #: 557479

The OTC 557479 Vise Grip Adapter is an essential tool for professional technicians and mechanics, designed to enhance the versatility of existing equipment. This robust adapter allows a standard slide hammer to be coupled with grip wrenches (locking pliers) that utilize a single-lead thread adjusting screw. It provides a secure and efficient method for pulling components in various automotive and industrial applications, streamlining operations and improving efficiency in the workshop.

Key Features

  • Universal Slide Hammer Compatibility: Designed to thread securely onto any slide hammer featuring a 5/8–18 thread, ensuring broad applicability with common professional pulling sets.
  • Grip Wrench Integration: The adapter's 5/16–18 end specifically accommodates grip wrenches that use a single-lead thread adjusting screw, transforming them into effective pulling attachments.
  • Durable Construction: Manufactured by OTC Tools and Equipment, this adapter is built from high-quality materials to withstand the rigorous demands of professional shop environments, ensuring longevity and reliable performance.
  • Secure Connection: Provides a stable and positive connection between the slide hammer and locking pliers, minimizing slippage during forceful pulling operations.

Applications

This Vise Grip Adapter is ideal for a range of challenging pulling tasks where a secure grip is paramount. Professional technicians can utilize it for removing stubborn components such as seals, bearings, and dent removal, or for extracting various seized or difficult-to-reach parts within engine bays, chassis, and industrial machinery. Its ability to create a strong anchor point via locking pliers makes it particularly useful when standard pullers may not offer the necessary engagement.

Specifications

  • Slide Hammer Thread Compatibility: 5/8–18
  • Grip Wrench Thread Compatibility: 5/16–18

Recommended Alternatives

This product was added to our catalog on Friday 23 January, 2015.