Gerald Tissue Plier, Serrated, 18cm, Curved

Gerald Tissue Plier, Serrated, 18cm, Curved

Precision • Control • Comfort

The Gerald Tissue Plier, Serrated, 18cm, Curved is a high-quality surgical instrument engineered for precise and secure tissue handling during microsurgical, cardiovascular, and dental procedures. Its curved, serrated jaws offer exceptional control and a firm, non-slip grip on delicate tissues, minimizing trauma while enhancing visibility and access in confined surgical fields.

Designed for reliability and comfort, this plier combines ergonomic handling with fine-tip precision, making it an essential instrument for professionals who demand accuracy and performance.

Key Features:

• Curved Serrated Tips: Provide a strong, non-slip grip for controlled tissue manipulation.

• Curved Design: Enhances access to difficult-to-reach areas and improves surgical visibility.

• Fine Tip Construction: Allows delicate tissue handling with minimal trauma.

• Ergonomic Grip: Offers comfort and precision during long surgical sessions.

• Premium Stainless Steel: Rust-resistant, durable, and fully autoclavable.

• Smooth, Balanced Action: Ensures precision alignment and consistent performance.

Applications:

• Microsurgical and cardiovascular procedures

• Plastic and reconstructive surgery

• Dental and implant surgery

• ENT and oral procedures

• Fine tissue grasping and placement

Product Specifications:

• Model: Gerald Tissue Plier

• Tip Type: Serrated

• Design: Curved

• Length: 18cm

• Material: Premium Surgical Stainless Steel

• Finish: Satin / Polished

• Reusable & Autoclavable

Why Choose the Gerald Tissue Plier, Serrated, 18cm, Curved?

The Gerald Tissue Plier, Serrated, 18cm, Curved delivers excellent grip, control, and visibility for delicate surgical work. Its curved serrated jaws ensure secure tissue handling, while the ergonomic design supports comfort and precision during extended use. Built from high-grade stainless steel, it guarantees durability and reliable performance for professional surgical environments.