Polymer Tissue Clip

Disposable polymer-based ligation clips for laparoscopic hemostasis and tissue sealing applications. Offers biocompatible alternative to metal clips for vessel and duct closure.

Polymer-based clip used in laparoscopic surgery for vessel ligation and tissue approximation as an alternative to traditional metal clips.

Polymer ligating clip designed for surgical ligation and tissue management. This biocompatible device provides secure vessel and tissue occlusion in surgical procedures, offering reliable hemostasis control. FDA-approved and CE-marked for safe clinical use across multiple surgical specialties.

Single-use polymer clip for vessel and tissue ligation in laparoscopic and open surgical procedures.

Individual polymer ligating clip for vessel and tissue ligation in surgical procedures. The clip offers a cost-effective solution for routine hemostatic needs in general surgery.

CE MDR certified disposable polymer ligation clip for laparoscopic vessel ligation and hemostasis. Hemolok equivalent designed for surgical hemostasis in minimally invasive procedures.

A single-use, non-absorbable ligation clip used in surgical procedures to secure and ligate blood vessels and tissue structures during minimally invasive surgery.

A reusable or single-use surgical instrument used to grasp, hold, and approximate tissue during surgical procedures. It provides secure tissue control and hemostasis.

Disposable clip used for vessel and tissue ligation during laparoscopic procedures. Provides secure hemostasis without the need for suturing.

A single-use clip system for vessel and tissue ligation in minimally invasive surgery. Offers reliable hemostasis and tissue approximation for various surgical applications.

Complete system of absorbable ligating clips for hemostasis in surgical procedures. The clips provide secure vessel closure and are completely resorbed by the body without long-term foreign material retention.

Single-use surgical clip for vessel and tissue ligation during surgical procedures. Provides secure hemostasis and tissue approximation in minimally invasive and open surgical applications.