Stiller Sinus Elevator - Blunt, 3.0 mm, Bendable, Green ZEPF-Line Titanium Handle, Double-Ended, 19.5 cm | Helmut Zepf No. 41.822.03

The Sinus Elevator by Helmut Zepf is a precision-engineered dental instrument designed to support sinus lift and related oral surgical procedures with consistent, controlled performance. Featuring a blunt 3.0 mm working tip, this instrument is ideal for delicate membrane elevation techniques where atraumatic handling is essential.

Key Features

• Type: Stiller Sinus Elevator Curette — Blunt, 3.0 mm
• Handle: ZEPF-Line Titanium Handle, Green — lightweight, autoclavable, and ergonomically designed for confident grip and reduced hand fatigue
• Configuration: Double-Ended for versatile access and efficiency during surgical procedures
• Bendable design: Allows adaptation to individual anatomical requirements
• Overall Length: 19.5 cm
• Item Number: Helmut Zepf No. 41.822.03

Quality & Craftsmanship

This Sinus Elevator is manufactured by Helmut Zepf GmbH, a trusted German dental instrument manufacturer known for exacting quality standards. The titanium ZEPF-Line handle provides outstanding durability and corrosion resistance, making it a reliable long-term addition to any surgical instrument set.

Clinical Application

The blunt tip of this Sinus Elevator is well-suited for careful elevation and manipulation of delicate tissues during sinus augmentation procedures. The double-ended configuration reduces instrument exchanges, streamlining surgical workflow. The bendable shaft further enhances access in anatomically challenging sites.

FAQ

What is the working tip diameter of this instrument? The working tip is 3.0 mm and blunt, designed for atraumatic sinus membrane elevation.

Is the handle autoclavable? The ZEPF-Line titanium handle is designed for repeated sterilization cycles; always follow standard autoclave protocols for dental instruments.

Is this a single-ended or double-ended instrument? This is a double-ended Sinus Elevator, providing two working ends for improved versatility during surgical procedures.