Slide Hammer w Threaded End - 2 1/2 Lb - OTC Tools and Equipment

Specifications

• Model Number: 1156
• Weight: 5 lbs (2.27 kg)
• Dimensions: 25 x 4 x 3.4 inches (63.5 x 10.16 x 8.64 cm)
• Hammer Weight: 2.5 lbs (1.13 kg)
• Manufacturer: OTC Tools and Equipment OTC OTC TOOLS & EQUIPMENT OTC ROBINAIR BOSCH

Key Features

• Robust Slide Hammer Design: Engineered for powerful, controlled impact, ideal for removing stubborn components with precision.
• Versatile Threaded End: Features a universal threaded connection, allowing for secure attachment of a wide range of pulling accessories, adapters, and dent pulling tools.
• Optimized 2.5 Lb Hammer: Provides effective kinetic energy for dislodging seized parts without excessive force, balancing power and control.
• Durable Construction: Built from high-quality materials to withstand rigorous professional use, ensuring longevity and reliable performance in demanding environments.

Applications

• Automotive Repair & Maintenance: Essential for removing bearings, seals, hubs, axles, dents, and other pressed-in or stubborn components in vehicles.
• Component Extraction: Facilitates the safe and efficient removal of seized or difficult-to-access parts from machinery, engines, and mechanical assemblies.
• Bodywork & Dent Pulling: When combined with appropriate attachments, effectively aids in vehicle body repair by pulling out dents.
• General Mechanical Work: A versatile pulling tool suitable for various industrial and DIY mechanical tasks requiring controlled impact.

Benefits

• Efficient Part Removal: Quickly and effectively dislodges stubborn or seized components, significantly reducing repair time and effort.
• Minimizes Damage: Allows technicians to apply targeted force, lowering the risk of damage to surrounding parts or the component being removed.
• Enhanced Adaptability: The threaded end expands the tool's utility, making it compatible with numerous specialized attachments for diverse pulling challenges.
• Increased Productivity: Streamlines complex and time-consuming pulling operations, enabling mechanics and technicians to complete jobs more efficiently.