Technology | Vascular Closure Devices | August 03, 2016

FDA Clears Bioresorbable Vascular Closure Device

Rex medical, Closer Vascular Sealing System, VSS, vascular closure, bioresorbable vascular closure device
Rex medical, Closer Vascular Sealing System, VSS, vascular closure, bioresorbable vascular closure device
Rex medical, Closer Vascular Sealing System, VSS, vascular closure, bioresorbable vascular closure device

August 3, 2016 — The U.S. Food and Drug Administration (FDA) has granted market clearance to Rex Medical’s bioresorbable Closer Vascular Sealing System (VSS) to achieve rapid hemostasis of femoral artery catheterizations. 

The vascular closure device consists of an insertion sheath, dilator and an implant contained in a delivery system. It uses a patch placed against the artery wall and is secured on the outside of the vessel by an an attached suture connected to two spheres. The suture brings the patch and spheres together. The patch and spheres are made of polylactide-co-glycolide acid co-polymer. The suture is made of Polydiaxanone. The components of the device are designed to dissolve inside the body after they serve their purpose. 

Doctors put the sheath into the artery through the hole in the artery wall. They then use the delivery system to push the patch out of the end of the sheath into the artery. As the doctor pulls the system out of the artery, the patch sits against the arterial wall. Once this happens, the spheres are uncovered in the space outside the artery. Finally, the patch and spheres are “cinched” together such that the device sandwiches the arterial wall. This stops the blood flow. Later, the body absorbs the patch, sutures and spheres after the wound heals.

The system helps enable faster ambulation of the patient, reducing recovery and nursing time.

For more information: rexmedical.com


Related Content

News | Cath Lab

May 13, 2026 — According to a recently released report, the global cath lab services market was valued at $46.0 billion ...

Home May 13, 2026
Home
News | Cath Lab

April 16, 2026 — A national study led by investigators from Cedars-Sinai Health Sciences University found that ...

Home April 20, 2026
Home
News | Cath Lab

April 6, 2026 —Stereotaxis has received U.S. Food and Drug Administration 510(k) clearance for its Synchrony system ...

Home April 07, 2026
Home
News | Cath Lab

March 31, 2026 — Solo Pace Inc. has announced the commercial release of the SoloPace Fusion Temporary Pacing System. The ...

Home April 03, 2026
Home
News | Cath Lab

March 25, 2026 — Royal Philips has launched its intuitive interventional guidance platform, IntraSight Plus, which is ...

Home March 26, 2026
Home
Feature | Cath Lab | Kyle Hardner

Since receiving FDA approval in 2016, intravascular lithotripsy (IVL) systems have grown in popularity among ...

Home November 14, 2025
Home
News | Cath Lab

Nov. 11, 2025 — FastWave Medical has successfully completed enrollment in its 30-patient coronary feasibility study and ...

Home November 13, 2025
Home
News | Cath Lab

Oct. 28, 2025 — Results from the first-of-its-kind randomized PROCTOR trial found that a strategy of saphenous vein ...

Home November 04, 2025
Home
News | Cath Lab

Oct. 27, 2025 — Results from the PREVUE-VALVE study suggest that there are currently at least 4.7 million people aged 65 ...

Home October 29, 2025
Home
News | Cath Lab

Oct. 25, 2025 — Medtronic plc has announced the launch of the Stedi Extra Support guidewire, designed to enhance ...

Home October 28, 2025
Home
Subscribe Now