Socket 3/8" Drive Metric Bolt Extractor 17 - NEPROS

Introducing the NEPROS B3TW-17 Socket 3/8" Drive Metric Bolt Extractor 17, an essential tool engineered for professional mechanics and technicians. This specialized socket is designed to effectively engage and remove stubborn, damaged metric fasteners that are stripped, rounded, or rusted in place. Rely on NEPROS precision to overcome challenging bolt extraction tasks with confidence.

Key Features

• Professional-Grade Construction: Manufactured by NEPROS, this bolt extractor socket embodies the brand's commitment to "New Professional Satisfaction" through tools that are stronger and built for superior use.
• Aggressive Twist-Shaped Teeth: Engineered with unique twist-shaped teeth that firmly grip onto the compromised surfaces of rounded or stud bolts, facilitating their removal.
• 3/8" Square Drive: Compatible with standard 3/8" drive ratchets, extension bars, and other drive tools, ensuring versatility within your existing professional toolkit.
• 17mm Metric Size: Specifically sized at 17mm to address a common range of metric fasteners encountered in automotive and industrial applications.
• Durable Finish: Features a hard chrome plating that provides enhanced corrosion resistance and long-lasting durability, maintaining the tool's performance and aesthetic in demanding work environments.
• Precision Engineering: Designed to provide maximum contact with the damaged fastener, improving grip and minimizing slippage during extraction.

Applications

The NEPROS B3TW-17 Bolt Extractor is indispensable for a variety of professional applications. It is ideally suited for automotive repair, including work on engine components, suspension systems, and brake assemblies where seized or rounded metric bolts are frequently encountered. Furthermore, its robust design makes it a valuable asset in industrial maintenance settings for extracting damaged fasteners from machinery and equipment. This tool provides a reliable solution for technicians facing challenging bolt removal scenarios across various vehicle makes and machinery types.