Luer Bone Rongeur Forceps #2 - Broad, 15 cm | Helmut Zepf No. 42.328.15

The rongeur forceps Luer Bone design is a precision surgical instrument engineered for controlled bone removal and contouring in demanding clinical environments. The Helmut Zepf No. 42.328.15 is a #2 Broad model measuring 15 cm, offering a reliable combination of reach and bite geometry suited to a range of osseous procedures.

Key Features

• Model: Luer Bone Rongeur Forceps #2 – Broad
• Length: 15 cm
• Manufacturer: Helmut Zepf GmbH
• Reference Number: 42.328.15
• Origin: Made in Germany

Instrument Overview

As a dedicated rongeur forceps for bone work, this instrument features robust jaws designed to grip, cut, and remove bony tissue with minimal trauma to surrounding structures. The broad-jaw configuration of this #2 size provides an effective bite surface, making it well suited for procedures requiring efficient bone reduction. Manufactured to the exacting standards Helmut Zepf GmbH is known for, this instrument reflects the quality associated with German-engineered surgical and dental tools.

The 15 cm working length balances maneuverability and control, while the Luer pattern offers a time-tested jaw style favored by clinicians across oral surgery and related disciplines. The rongeur forceps construction supports repeated sterilization cycles, maintaining structural integrity across its service life.

Made in Germany

This instrument is proudly manufactured in Germany, meeting the rigorous production standards associated with Helmut Zepf GmbH's portfolio of precision dental and surgical instruments.

FAQ

What procedure is this rongeur forceps intended for? It is designed for bone removal and contouring procedures, typically in oral surgery or related clinical settings.

What does the #2 Broad designation mean? It refers to the jaw size and width classification within the Luer rongeur series, indicating a broader bite surface compared to narrower variants.

Is this instrument reusable? It is constructed for clinical reuse and is designed to withstand standard sterilization protocols, though users should follow applicable institutional guidelines.