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Sandwich Clamp - MOC0700 - Mo-Clamp

Part #: 0700

Specifications

The Mo-Clamp Sandwich Clamp, model number 0700, is engineered for robust performance in automotive body repair. It features a gripping surface of 3 inches wide (76 mm) by 5 inches deep (127 mm). The overall length of the clamp is 8 1/2 inches (216 mm). Weighing 7 lbs (3.18 kg), this clamp offers a substantial capacity of 5 tons (4,536 kg).

Key Features

  • Secure Gripping: Designed with staggered case-hardened pins, the Sandwich Clamp ensures full, non-slip gripping even when plates are not squarely aligned.
  • Durable Construction: Manufactured by Mo-Clamp, this tool is built from high-quality materials to withstand the rigorous demands of collision repair environments.
  • Versatile Design: Its design allows for effective use as a standard unibody tie-down clamp.

Applications

The Mo-Clamp Sandwich Clamp - 0700 is primarily used in automotive collision and body repair. Its applications include:

  • Unibody Tie-Down: Securing unibody vehicles for structural pulling and anchoring.
  • Pinch Weld Pulling: Effectively grips pinch welds for pulling operations.
  • Panel Pulling and Alignment: Ideal for holding and pulling panels during repair, ensuring proper alignment before welding or bonding.
  • Structural Repairs: Supports precise clamping during complex structural repairs in auto body shops.

Benefits

  • Enhanced Precision: Provides stable and non-slip gripping, allowing technicians to achieve accurate panel alignment and structural integrity.
  • Increased Efficiency: The staggered pin design facilitates quick setup and secure clamping, reducing repair time.
  • Reliable Performance: With a 5-ton capacity, this clamp delivers the necessary strength for demanding pulling and tie-down tasks, ensuring dependable results.
  • Improved Safety: Securely holds components, minimizing movement and enhancing safety during intense pulling or welding procedures.

Recommended Alternatives

This product was added to our catalog on Wednesday 07 February, 2007.