Wrench Screwdriver for Wrench Hex, 0.9 mm, Short, with Dental Lock | Helmut Zepf No. 47.832.06

The Wrench Screwdriver for Wrench Hex is a precision dental instrument engineered to deliver reliable torque and controlled fastening in demanding clinical environments. Designed with an Af 0.9 mm hex specification, this short-form instrument is ideal for procedures requiring compact access without sacrificing mechanical accuracy.

Product Overview

Manufactured by Helmut Zepf GmbH, this Wrench Screwdriver for Wrench Hex features a dental lock mechanism that secures the instrument during use, reducing the risk of accidental disengagement. The short design makes it particularly suited for areas with limited access, while the 0.9 mm hex drive ensures compatibility with corresponding dental components that require this specification.

Key Features

• Hex drive size: Af 0.9 mm
• Short form factor for improved access in confined areas
• Integrated dental lock for secure engagement
• Precision-engineered construction for consistent torque application
• Made in Germany to high manufacturing standards

Why Choose This Instrument

When working with fine hex fasteners in restorative or implant procedures, the Wrench Screwdriver for Wrench Hex provides the control and stability clinicians rely on. The dental lock feature adds an additional layer of safety, ensuring the screwdriver remains positively engaged throughout the procedure. Its compact length reduces hand fatigue while maintaining the leverage needed for precise tightening.

FAQ

What is the hex size of this instrument? This instrument is specified at Af 0.9 mm, making it suitable for corresponding dental fasteners and components of that size.

What does the dental lock feature do? The dental lock secures the instrument to the fastener during use, helping to prevent slippage and ensuring a controlled, consistent application of torque.

Is this a short or long version? This is the short version, designed for procedures where a compact instrument provides better maneuverability and access.