Metzenbaum (Metz) Scissors, Curved, Blunt/Blunt Point - 14 cm, Serrated Edge, Surgical Tissue, Dissecting Scissors | Helmut Zepf No. 46.431.14

Metzenbaum Scissors are a trusted standard in surgical tissue dissection, and this curved, blunt/blunt point variant from Helmut Zepf GmbH delivers the precision and reliability expected in professional clinical environments. Measuring 14.0 cm in length with a serrated edge, these Metzenbaum Scissors are specifically designed for delicate tissue work where controlled, accurate cutting is essential.

Key Features

• Type: Metzenbaum (Metz) Dissecting Scissors
• Tip Configuration: Blunt/Blunt (#1)
• Blade Shape: Curved
• Length: 14.0 cm
• Edge: Serrated
• Application: Surgical tissue dissection
• Manufacturer: Helmut Zepf GmbH

Precision German Craftsmanship

Helmut Zepf GmbH instruments are manufactured in Germany, reflecting a longstanding commitment to quality, durability, and exacting tolerances. Each pair of Metzenbaum Scissors undergoes rigorous quality control to ensure consistent performance across clinical and surgical procedures. The serrated edge provides enhanced grip on tissue, reducing slippage during dissection and improving overall procedural accuracy.

The curved blade geometry of these Metzenbaum Scissors allows surgeons and clinicians to navigate anatomical contours with greater ease, while the blunt/blunt tip minimises the risk of inadvertent tissue perforation. These characteristics make them well suited for a broad range of soft tissue procedures.

FAQ

What is the blade length of these Metzenbaum Scissors? The overall length is 14.0 cm with a serrated edge blade designed for surgical tissue dissection.

Are these scissors autoclavable? As with most high-grade surgical instruments from Helmut Zepf GmbH, these are intended for clinical use; please consult the manufacturer's guidelines for sterilisation protocols.

What does the blunt/blunt tip designation mean? Both tips of the scissors are blunt, reducing the risk of puncturing delicate surrounding tissue during dissection procedures.