Stiller Sinus Elevator - Sharp, 2.5 mm, Bendable, Purple ZEPF-Line Titanium Handle, Double-Ended, 19.5 cm | Helmut Zepf No. 41.822.22

The Sinus Elevator by Helmut Zepf is a precision-engineered surgical instrument designed for sinus floor elevation procedures in implantology and oral surgery. Crafted in Germany to the highest manufacturing standards, this double-ended instrument combines sharpness and refined ergonomics for consistent, controlled intraoral access.

Instrument Specifications

• Type: Stiller Sinus Elevator — Sharp
• Working End Width: 2.5 mm
• Handle: Purple ZEPF-Line Titanium Handle — Bendable
• Configuration: Double-Ended
• Overall Length: 19.5 cm
• Item Number: Helmut Zepf No. 41.822.22

Key Features

This Sinus Elevator features a sharp 2.5 mm working end engineered to delicately elevate the Schneiderian membrane with minimal trauma. The bendable titanium handle from the ZEPF-Line allows the clinician to adjust instrument angulation to suit anatomical challenges, improving access and reducing hand fatigue during demanding procedures. The double-ended design maximises instrument efficiency, providing two functional working ends in a single ergonomic handle.

The purple colour coding of the ZEPF-Line handle supports fast, reliable instrument identification during tray setup and surgical workflows, reducing procedural errors and saving chairside time.

Made in Germany

Every Helmut Zepf instrument, including this Sinus Elevator, is manufactured in Germany to exacting quality standards, reflecting decades of expertise in precision dental instrument production.

FAQ

What procedure is this Sinus Elevator designed for? It is designed for sinus floor elevation in implant surgery, allowing careful membrane detachment and elevation.

Is the titanium handle autoclavable? Titanium handles are generally compatible with standard sterilisation protocols; always follow your practice's sterilisation guidelines.

What does the double-ended configuration offer? It provides two working ends on a single instrument, offering greater versatility and reducing instrument changeovers during surgery.