Kukko Quality Tools Inc | 50-1 | Stud pullers with internal serration

Specifications

• Manufacturer: Kukko Quality Tools Inc
• Model Number: 50-1
• Product Type: Stud Puller
• Grip Mechanism: Internal Serration
• Weight: 0 lbs
• Dimensions: 0 x 0 x 0 inches
• Manufacturer's Part Number: {manufacturers_part_number}

Key Features

• Internal Serration Grip: Engineered with a robust internal serration mechanism, this stud puller provides a secure and non-slip grip on the stud.
• Durable Construction: Built by Kukko Quality Tools Inc, this stud removal tool offers a long service life, even under demanding professional use.
• Compact Design: The ergonomic design allows for access in tight spaces, facilitating stud extraction in various applications.

Applications

The Stud Puller with Internal Serration is an essential tool for professionals and enthusiasts facing challenging stud removal tasks.

• Automotive Repair: Effectively remove seized, rusted, or broken studs from engine blocks, exhaust manifolds, wheel hubs, and suspension components.
• Industrial Maintenance: Ideal for maintenance on machinery, equipment, and structural components where threaded rods or studs require extraction.
• General Workshop Use: A versatile tool for any situation requiring the safe and efficient removal of damaged or stubborn studs without causing thread damage to the surrounding material.

Benefits

• Damage-Free Stud Removal: The internal serration provides a powerful grip, allowing for the extraction of stubborn studs without stripping threads or damaging the stud itself, preserving mating surfaces.
• Increased Efficiency: Quickly and reliably removes broken or seized studs, significantly reducing downtime and labor hours on repair and maintenance projects.
• Enhanced Grip and Control: Experience superior control and a secure hold, minimizing the risk of slippage during the stud extraction process.
• Versatile Performance: Effectively tackles various stud types and conditions, making it a reliable solution for a wide range of repair scenarios.