Suture Forceps, Curved, 15.5 cm Ø 2.1 mm | Helmut Zepf No. 22.106.01

The curved suture forceps dental instrument from Helmut Zepf GmbH is a precision-engineered tool designed to meet the demanding requirements of modern dental and oral surgical procedures. With a working length of 15.5 cm and a tip diameter of Ø 2.1 mm, this instrument offers a well-balanced combination of reach and fine control for suturing tasks.

Key Specifications

• Model: Helmut Zepf No. 22.106.01
• Length: 15.5 cm
• Tip Diameter: Ø 2.1 mm
• Design: Curved
• Manufacturer: Helmut Zepf GmbH, Germany

Precision Craftsmanship from Germany

As a curved suture forceps dental instrument, this product exemplifies the manufacturing standards that Helmut Zepf GmbH has maintained for decades. Produced in Germany, it undergoes rigorous quality controls to ensure consistent performance across clinical applications. The curved profile facilitates optimal access to posterior regions and hard-to-reach surgical sites, enabling clinicians to place and tie sutures with accuracy and confidence.

The 15.5 cm length provides a comfortable working distance while the slim Ø 2.1 mm tip minimizes tissue trauma and allows precise tissue handling. Whether used in routine post-extraction suturing or more advanced oral surgical procedures, this curved suture forceps dental instrument delivers the reliability that dental professionals expect from a German-made instrument.

FAQ

What procedures is this instrument suitable for? This curved suture forceps dental instrument is suitable for suture placement and tissue handling in dental and oral surgical procedures, including post-extraction wound closure and periodontal surgery.

Is this instrument autoclavable? Helmut Zepf instruments are generally designed to withstand standard sterilization processes; please refer to the manufacturer's guidelines for specific sterilization protocols.

What does the curved design offer over a straight forceps? The curved design provides improved access to posterior and anatomically complex areas, allowing the clinician to work with greater ease and precision.