Art. 138 Boomerang Pulling Hook Set

Stanzani Boomerang Pull Clamp 138 – 6-Ton Offset Pull Hook Set

The Stanzani Boomerang Pull Clamp – Ref. 138 is a heavy-duty 6-ton pulling hook system designed for collision repair technicians who need strong, controlled pulling power in deep, recessed, or obstructed repair areas. Its curved, offset “boomerang” design allows technicians to maintain a clean pull line while keeping the chain safely away from exterior body panels.

Ideal for frame rack work, structural corrections, and difficult access points, the Ref. 138 provides a secure pulling solution where traditional straight hooks or clamps may interfere with surrounding sheet metal or limit access.

Offset Boomerang Design for Panel Protection

The defining feature of the Boomerang 138 is its offset pull geometry. By moving the chain path away from the vehicle surface, the clamp helps reduce the risk of panel damage while maintaining a direct and effective pulling angle.

Ideal applications include:

• Structural pulls in recessed or boxed-in areas
• Frame rack pulls where panel clearance is limited
• Heavy-duty straightening requiring controlled pull alignment
• Collision repair scenarios where chain contact must be avoided

6-Ton Pulling Capacity for Demanding Repairs

Rated for 6 tons of pulling force, the Ref. 138 delivers the strength required for demanding structural corrections while maintaining stability and control throughout the pull. It is well suited for professional shops handling frequent frame and structural repairs.

Accessory Kit for Versatile Attachment Options

Supplied as a complete accessory set, the Boomerang 138 includes the body hook along with specialized adapters that allow technicians to adapt the system to various attachment points and pulling configurations on the vehicle.

Forged High-Grade Steel Construction

Manufactured from high-grade forged steel, the Ref. 138 is built for long-term professional use. Its robust construction ensures consistent performance, durability, and safety under repeated high-load pulling conditions.

Technical Specifications