Wera Hollow Shaft SAE Nutdriver Set, 7-Piece

The Wera Hollow Shaft SAE Nutdriver Set provides reliable fastening performance for installers, technicians, and maintenance professionals working with inch-size hex fasteners. This 7-piece set is designed for efficient nut and bolt installation where dependable tool control and access are essential. The hollow-shaft design allows the tool to pass over extended threaded studs, helping users reach fasteners that conventional nutdrivers may not accommodate.

Each Wera SAE nutdriver is built for controlled hand use and consistent engagement. The set covers a practical range of commonly used inch sizes, making it suitable for electrical, mechanical, automotive, appliance, and general repair applications. Ergonomic handling supports comfortable operation during repetitive work, while the clearly identified sizes help streamline tool selection and reduce downtime.

Wera is recognized for producing professional-grade hand tools focused on durability, precision, and user efficiency. This nutdriver set offers a compact solution for organized tool storage and everyday fastening tasks. It is an effective choice for service carts, workshop toolboxes, and field kits where dependable SAE nutdrivers are required.

What's Included

• Seven Wera hollow-shaft SAE nutdrivers in assorted inch sizes
• Organized set for storage and convenient tool selection

Fitment and Application

Suitable for SAE hex nuts and fasteners used in electrical, mechanical, automotive, appliance, equipment maintenance, and general workshop applications. Confirm the required fastener size before use.

Features:

• Hollow Shaft Design: Passes over extended threaded studs for improved access to recessed or protruding fasteners.
• SAE Size Coverage: Includes seven commonly used inch-size nutdrivers for versatile fastening applications.
• Professional Hand Tool Construction: Designed for dependable performance in workshop, maintenance, and field-service environments.
• Ergonomic Operation: Supports comfortable handling and controlled torque during repeated fastening tasks.