Kirsch Sinus #7 "Small"- Double Ended, 17.5 cm, Plugger Diameter 5.0 mm, Spoon 8 x 10 mm, Blue ZEPF-Line Titanium Handle | Helmut Zepf No. 41.868.07S

The Sinus Elevator Kirsch Sinus #7 "Small" by Helmut Zepf is a precision-engineered double-ended instrument designed for demanding sinus augmentation and lateral window procedures. Combining a spoon curette with a plugger in a single instrument, it delivers exceptional versatility and control in the operatory.

Instrument Specifications

• Model: Kirsch Sinus #7 "Small" – Helmut Zepf No. 41.868.07S
• Type: Double-Ended Spoon Curette / Plugger Combination
• Overall Length: 17.5 cm
• Plugger Diameter: 5.0 mm
• Spoon Dimensions: 8 x 10 mm
• Handle: Blue ZEPF-Line Titanium Handle
• Material: Titanium (Ti)

Key Features

The blue ZEPF-Line titanium handle provides outstanding ergonomic grip and reduces operator fatigue during extended procedures. As a true Sinus Elevator instrument, it is engineered to facilitate precise membrane elevation and bone graft condensation in a single, balanced tool. The lightweight titanium construction ensures corrosion resistance and long-term dimensional stability through repeated sterilization cycles.

Helmut Zepf instruments are manufactured in Germany to exacting tolerances, reflecting a tradition of surgical instrument craftsmanship. The double-ended configuration of this Sinus Elevator minimizes instrument exchanges at the chairside, supporting efficient surgical workflow.

FAQ

What procedures is this Sinus Elevator suitable for? This instrument is designed for sinus augmentation procedures, including lateral window approaches requiring membrane elevation and particulate graft condensation.

Is the handle autoclavable? The titanium ZEPF-Line handle is constructed to withstand standard autoclave sterilization protocols, though users should consult the manufacturer's guidelines for specific parameters.

What does the "Small" designation indicate? The "Small" designation refers to the spoon curette size of 8 x 10 mm, offering greater access in anatomically restricted surgical sites compared to larger variants.