Dean Scissors - 17 cm, Supercut Micro Serrated Edge, Surgical Tissue, Gum Scissors | Helmut Zepf No. 46.123.17SC

Dean Scissors are a precision surgical instrument designed for dental and oral tissue procedures, including gum surgery and soft-tissue management. This model from Helmut Zepf — catalogue reference 46.123.17SC — measures 17 cm (6-3/4 inches) and features a Supercut Micro Serrated (Saw) Edge that provides controlled, clean cuts through delicate intraoral tissues.

Key Features

• Design: Dean (Howard Muller) style — a trusted configuration for gum and tissue scissors in clinical dentistry
• Blade Edge: Supercut Micro Serrated (Saw Edge) for precise tissue engagement and reduced slippage
• Length: 17 cm / 6-3/4 inches — suitable for posterior and anterior access
• Application: Surgical tissue cutting, gum procedures, and general intraoral soft-tissue work
• Manufacturer: Helmut Zepf GmbH, crafted in Germany to exacting quality standards

Made in Germany

Every pair of Dean Scissors produced by Helmut Zepf GmbH reflects German manufacturing heritage — consistent material quality, precise grinding, and reliable long-term performance across clinical use.

Clinical Application

The Dean Scissors configuration is widely used by dental surgeons and periodontists for incising and trimming soft tissue, removing excess gingival material, and supporting suture procedures. The serrated micro edge grips tissue securely, minimising unwanted movement during cutting strokes. At 17 cm, the instrument length affords adequate reach and balanced handling during chair-side procedures.

FAQ

What is the catalogue number for these scissors? The Helmut Zepf catalogue reference is 46.123.17SC.

What distinguishes the Supercut Micro Serrated Edge? The saw-edge blade micro-serration grips tissue on contact, reducing slippage and delivering cleaner cuts compared to a standard smooth blade — particularly beneficial for soft, mobile gingival tissue.

Are these Dean Scissors suitable for general dental soft-tissue procedures? Yes. Their design and blade geometry make them appropriate for a broad range of intraoral tissue scissors applications.