Orthodontic Bracket Removal Plier, Angled - 2.0 mm | Helmut Zepf No. 33.770.52

The Orthodontic Bracket Removal Plier from Helmut Zepf (No. 33.770.52) is an angled debonding instrument engineered for the precise and controlled removal of orthodontic brackets from tooth surfaces. Designed with a 2.0 mm working tip and a curved profile, this plier allows clinicians to access brackets with minimal effort and maximum accuracy across all arch regions.

Key Features

• Angled design: The curved configuration provides optimal access to posterior and anterior brackets without obstructing the clinician's line of sight.
• Forged High Carbon Steel: Manufactured from high-quality forged high carbon steel, ensuring exceptional hardness, edge retention, and long-term durability under repeated clinical use.
• 2.0 mm working tip: Precision-engineered tip dimensions facilitate controlled debonding with consistent, reliable results.
• Made in Germany: Produced by Helmut Zepf GmbH to exacting German manufacturing standards, reflecting a tradition of quality in dental instrumentation.

Clinical Application

This Orthodontic Bracket Removal Plier is designed for professional orthodontic debonding procedures. The curved geometry reduces patient discomfort and minimizes the risk of enamel damage during bracket removal. Its balanced construction allows for a secure, ergonomic grip throughout the procedure, supporting efficient workflows in orthodontic practice.

Instrument Details

FAQ

What is this instrument used for? This Orthodontic Bracket Removal Plier is specifically designed for the debonding and removal of orthodontic brackets during the completion of orthodontic treatment.

Is this instrument reusable? Yes, as a forged high carbon steel instrument, it is designed for repeated clinical use and is compatible with standard sterilization protocols.

Why choose forged high carbon steel? Forged high carbon steel provides superior strength and durability compared to cast alternatives, making it well-suited for the repetitive mechanical demands of orthodontic debonding procedures.