Kirsch Sinus Elevator #6 - Double Ended, 17.5 cm, 90°/90° Elevator, Turquoise ZEPF-Line Titanium Handle | Helmut Zepf No. 41.868.06

The Sinus Elevator by Helmut Zepf is a precision-engineered surgical instrument designed for demanding sinus lift and lateral window procedures in implant dentistry. This double-ended design, catalogued as Helmut Zepf No. 41.868.06, features a 90°/90° working angle configuration that allows clinicians to access and elevate the Schneiderian membrane with controlled, consistent force from multiple orientations.

Product Overview

• Instrument Type: Sinus Elevator / Curette, Double Ended
• Working Angles: 90°/90°
• Overall Length: 17.5 cm
• Handle: Turquoise ZEPF-Line Titanium Handle
• Series: Kirsch Sinus #6
• Item Number: Helmut Zepf No. 41.868.06

Design & Material Advantages

The titanium ZEPF-Line handle in turquoise provides an ergonomic grip, reduced instrument weight, and excellent autoclave compatibility, supporting repeated sterilisation cycles without compromising structural integrity. The colour-coded turquoise designation allows for rapid, reliable instrument identification during tray setup and surgical workflow.

As a genuine Sinus Elevator from Helmut Zepf's Kirsch series, this instrument is manufactured in Germany, reflecting the high standards of German dental instrument craftsmanship. The 90°/90° angulation on both working ends makes this Sinus Elevator particularly versatile for accessing different regions of the sinus floor during membrane elevation.

FAQ

What procedure is this Sinus Elevator designed for? It is designed for sinus augmentation procedures, specifically for elevating the Schneiderian membrane during lateral window sinus lift surgery.

Is the titanium handle autoclavable? Titanium instruments are generally compatible with standard autoclave sterilisation protocols; consult your practice's sterilisation guidelines for cycle parameters.

What does the 90°/90° angle configuration mean? Both working ends are angled at 90° relative to the handle axis, providing symmetrical access for left and right lateral approaches during the same procedure.