Closure Devices

Medical closure devices designed to seal and close tubing and medical equipment connections. These devices prevent fluid leakage and maintain system integrity.

Devices for vascular puncture site closure in interventional procedures. These products provide hemostasis and reduce patient discomfort after vascular interventions.

Hemostasis device designed for vascular closure following interventional procedures. Provides effective arterial puncture site closure to reduce complications and patient recovery time.

Electrosurgical closure devices designed for open surgical wound closure and hemostasis. These instruments deliver controlled electrical energy to seal tissue and blood vessels during surgical procedures, reducing operative time and blood loss. Suitable for general surgery, vascular, and trauma applications.

High-precision components for cardiac septal defect and patent foramen ovale closure devices. Engineered for precise deployment and long-term stability.

Percutaneous closure device used to achieve hemostasis at arterial puncture sites following interventional procedures, reducing vascular complications.

Hemostatic device for vascular access closure following interventional procedures with rapid and safe vessel sealing.

A medical device designed for securing and closing surgical or traumatic wounds. Provides reliable wound approximation for primary wound healing.

Mechanical device for hemostasis following radial artery puncture in cardiac catheterization. Applies calibrated pressure to achieve vessel closure and reduce bleeding complications.

Catheter-based system for minimally invasive treatment of varicose veins through endovenous closure technique.

Vascular closure device designed for hemostasis following arterial puncture in interventional procedures. Vasseal provides rapid and reliable vessel sealing to reduce complications and recovery time in endovascular interventions.

An innovative medical device system designed for peripheral venous intervention procedures. The system is currently in clinical pre-verification and clinical registration stages of development.