Ruskin-Liston Bone Cutting Forceps/Rongeur - Double Action, Curved, 18.5 cm | Helmut Zepf No. 42.621.18

The rongeur forceps Ruskin-Liston Bone Cutting Forceps is a precision-engineered surgical instrument designed for demanding bone-cutting procedures. Manufactured by Helmut Zepf GmbH in Germany, this instrument reflects the exacting standards synonymous with German surgical craftsmanship.

Product Overview

This Ruskin-Liston model measures 18.5 cm in length and features a double-action mechanism combined with a curved design, offering enhanced leverage and controlled cutting force during bone resection. The double-action jaw linkage multiplies grip force, reducing operator fatigue during extended procedures.

Key Features

• Type: Bone Cutting Forceps / Rongeur Forceps — Ruskin-Liston pattern
• Length: 18.5 cm
• Action: Double action for increased mechanical advantage
• Profile: Curved jaw configuration for improved access in restricted anatomical sites
• Catalogue Reference: Helmut Zepf No. 42.621.18
• Origin: Made in Germany

Clinical Application

The Ruskin-Liston rongeur forceps is well suited for oral and maxillofacial surgical procedures, orthopedic applications, and procedures requiring controlled bone removal or trimming. The curved profile allows the clinician to approach bone surfaces at angles that straight instruments cannot easily reach, while the double-action mechanism ensures consistent, repeatable cutting performance.

Quality Assurance

As with all Helmut Zepf instruments, this rongeur forceps is produced to the high standards expected of German-manufactured surgical tools, supporting reliable, long-term clinical use.

FAQ

What is the jaw action type of this instrument? This instrument uses a double-action mechanism, which provides greater cutting force with less hand effort compared to single-action designs.

What length is this Ruskin-Liston model? This model measures 18.5 cm in total length.

Is this instrument curved or straight? This model features a curved jaw profile, facilitating access to anatomical areas that benefit from an angled approach.