Bracket Positioner #3 System .018" Distance 5 / 5.5 mm | Helmut Zepf No. 33.261.03

The Orthodontic Bracket Positioner #3 System .018" is a precision instrument engineered for accurate and reproducible bracket placement in orthodontic treatment. Manufactured by Helmut Zepf GmbH to exacting quality standards, this tool is a dependable choice for clinicians who require consistent results during bracket bonding procedures.

Product Overview

Precise bracket placement is fundamental to achieving optimal orthodontic outcomes. This Orthodontic Bracket Positioner is designed for use with .018" bracket systems, delivering a clearly defined placement distance of 5 / 5.5 mm. This specification reduces chairside guesswork and supports a streamlined, efficient bonding workflow across multiple patients and procedures.

Key Features

• Designed for .018" bracket systems
• Placement distance: 5 / 5.5 mm
• Supports accurate and reproducible bracket positioning
• Crafted to Helmut Zepf GmbH quality standards
• Made in Germany

Why Choose This Instrument

Helmut Zepf GmbH has a long-standing reputation for producing high-quality dental and orthodontic instruments. The Orthodontic Bracket Positioner #3 reflects this commitment, offering a reliable tool that integrates smoothly into everyday orthodontic practice. Whether used in high-volume multi-chair practices or boutique orthodontic offices, this positioner supports precise, efficient bracket placement with every use.

FAQ

What bracket system is this positioner compatible with? This instrument is designed for use with .018" bracket systems.

What placement distance does the Orthodontic Bracket Positioner #3 provide? It provides a placement distance of 5 / 5.5 mm, supporting consistent and accurate bracket positioning.

Where is this instrument manufactured? This instrument is Made in Germany by Helmut Zepf GmbH.

Is this suitable for use in high-volume orthodontic practices? Yes, the Orthodontic Bracket Positioner is designed to support repeatable accuracy across a wide range of clinical environments and patient volumes.