Osteotome Insert - Concave, Angulated, Ø 2.8 - 3.3 mm | Helmut Zepf No. 47.962.33

The Osteotome Insert Concave Angulated Ø 2.8–3.3 mm by Helmut Zepf is a precision dental instrument engineered to support controlled bone expansion and implant site preparation. Designed with a concave, angulated tip, this instrument enables clinicians to work with accuracy in anatomically demanding areas where straight-access instruments may be limited.

Key Features

• Concave, angulated working end for targeted osseous manipulation
• Diameter range: Ø 2.8–3.3 mm, suitable for a range of implant site preparations
• Engineered for controlled, incremental bone condensation without excessive force
• Balanced design supports ergonomic handling and reduced operator fatigue
• Manufactured to high-quality standards in Germany

Clinical Application

The Osteotome Insert is particularly well suited for lateral window sinus floor elevation techniques and ridge expansion procedures. Its angulated, concave profile allows the clinician to condense and shape bone with precision, minimizing trauma to surrounding tissue. The instrument's geometry makes it a reliable choice when working in posterior regions or sites with limited access.

Quality and Origin

This Osteotome Insert is produced by Helmut Zepf GmbH, a German manufacturer with a longstanding reputation in dental instrumentation. Each instrument reflects the exacting standards associated with German-made dental tools, offering consistent performance across clinical use.

FAQ

What procedures is this Osteotome Insert designed for? It is designed for bone expansion, sinus floor elevation, and implant site preparation in oral surgery and implantology.

What does the concave angulated tip offer? The concave angulated tip provides enhanced access to restricted sites and allows precise bone condensation with reduced soft-tissue disruption.

What is the diameter range of this instrument? The working end covers a diameter range of Ø 2.8–3.3 mm, compatible with standard implant site preparation protocols.