Wera Adjustable Torque Screwdriver Handle with Quick-Release Chuck, 0.3–1.2 Nm

Wera Adjustable Torque (0.3 - 1.2 NM) Screwdriver Handle with Quick-Release Chuck (NM Scale)

The Wera adjustable torque screwdriver handle is designed for controlled tightening of delicate fasteners and precision applications. Its adjustable torque range of 0.3–1.2 Nm helps users apply repeatable tightening force while reducing the risk of over-tightening or component damage. The integrated Newton-meter scale supports straightforward torque setting and adjustment.

A quick-release chuck allows efficient bit changes and helps securely retain compatible 1/4-inch hex drive bits during use. The ergonomic Wera handle provides a comfortable grip for repetitive work, making this tool suitable for electronics, instrumentation, small machinery, and other applications requiring accurate low-torque fastening.

Brief Description: Adjustable torque screwdriver handle with a 0.3–1.2 Nm range, Newton-meter scale, and quick-release chuck for precision fastening.

What's Included: One Wera adjustable torque screwdriver handle with quick-release chuck. Bits and accessories are not included unless otherwise specified.

Fitment: Compatible with standard 1/4-inch hex drive screwdriver bits. Vehicle or equipment-specific fitment is not provided for this hand tool.

Product Specifications & Technical Data

• Brand: Wera
• Part Number: 05074700001
• Tool Type: Adjustable torque screwdriver handle
• Torque Range: 0.3–1.2 Nm
• Torque Scale: Newton-meter scale
• Drive Interface: Quick-release chuck
• Bit Compatibility: 1/4-inch hex drive bits
• Application: Precision and low-torque fastening

Features:

• Adjustable Torque Range: Provides controlled tightening from 0.3 to 1.2 Nm for precision fastening applications.
• Newton-Meter Scale: Clearly supports torque setting and adjustment in metric torque values.
• Quick-Release Chuck: Enables fast bit changes while helping retain compatible 1/4-inch hex drive bits.
• Ergonomic Wera Handle: Designed for comfortable handling and consistent control during repetitive fastening tasks.