Osteotome Insert - Concave, Angulated, Ø 2.0 | Helmut Zepf No. 47.962.20

The Osteotome Insert — Concave, Angulated, Ø 2.0 — is a precision-engineered surgical instrument designed for demanding bone-preparation procedures in implantology and oral surgery. Manufactured by Helmut Zepf GmbH under item number 47.962.20, this Osteotome Insert delivers the controlled force transfer and tactile feedback that clinicians rely on for accurate, atraumatic bone compression and expansion.

Key Features

• Concave, Angulated Tip: The concave angulated working end provides targeted access in anatomically restricted sites, allowing precise osteotomy preparation without compromising adjacent structures.
• 2.0 mm Diameter: The Ø 2.0 configuration is suited to narrow-ridge and minimally invasive implant-site development protocols.
• German Engineering: Produced in Germany by Helmut Zepf GmbH, this Osteotome Insert reflects the brand's commitment to consistent manufacturing standards and instrument longevity.
• Ergonomic Handling: The insert format is compatible with standard mallet-driven and hand-pressure application techniques, supporting reproducible clinical outcomes.

Clinical Application

This Osteotome Insert is indicated for bone condensation, lateral sinus-floor elevation preparation, and ridge expansion procedures where a concave angulated working tip and a 2.0 mm diameter are required. Its angulated geometry facilitates access to posterior regions where straight instruments may be restricted.

Made in Germany

Helmut Zepf GmbH instruments, including this Osteotome Insert, are manufactured in Germany to meet the expectations of dental and oral surgery professionals worldwide.

FAQ

What procedure is this Osteotome Insert designed for? It is designed for bone condensation, ridge expansion, and minimally invasive implant-site preparation requiring a concave angulated tip at 2.0 mm diameter.

Is this instrument compatible with standard mallets? Yes, the insert format is intended for use with standard surgical mallets and hand-pressure techniques commonly used in implantology.