JAW PULLER - Ken-Tool

The Ken-Tool 7325-43 JAW PULLER is a professional-grade tool engineered for the safe and efficient removal of a wide range of pressed-on components in automotive and industrial settings. Built with robust materials, this puller is designed to deliver reliable performance and minimize the risk of damage to critical parts during extraction. It embodies Ken-Tool's commitment to durability and precision for demanding professional applications.

Key Features

• Professional-Grade Construction: Manufactured from high-grade alloy steel and often heat-treated, ensuring superior strength and a long service life under rigorous conditions.
• Balanced Force Distribution: The design ensures even application of pulling force around the workpiece, crucial for preventing slippage, misalignment, and damage to components like bearings, pulleys, and gears.
• Secure and Stable Grip: Precision-machined jaws are designed to provide a firm, stable hold on round or cylindrical components, enhancing safety and effectiveness during operation.
• Versatile and Adjustable: Featuring adjustable jaws, this puller can adapt to various component sizes and configurations, making it a highly versatile tool for diverse maintenance and repair tasks.
• Efficient Component Removal: Utilizes a central screw drive mechanism, allowing technicians to generate significant pulling force with minimal effort, facilitating quick and controlled extraction.

Applications

The Ken-Tool 7325-43 JAW PULLER is an indispensable tool for professional mechanics and industrial technicians, capable of tackling numerous challenging removal tasks.

• Automotive Maintenance: Essential for safely extracting bearings, gears, pulleys (such as crankshaft and power steering pulleys), wheel hubs, and even steering wheel components without causing damage.
• Industrial Equipment Repair: Ideal for maintenance workshops and factories for removing large machine bearings, gears, and pulleys from various machinery and equipment.
• General Mechanical Repair: Provides the necessary pulling force to dislodge stubborn, tightly fitting components across a broad spectrum of mechanical repair scenarios, reducing the need for destructive removal methods.