Perclose ProGlide Suture-Mediated Closure System delivers a secure, non-masking percutaneous suture to the access site that promotes primary healing.

The Perclose™ ProStyle™ closure device achieves rapid hemostasis of femoral access sites by approximating the edges of the vessel wall with a surgical suture.

2023年4月26日 · Perclose (Abbott Vascular) is an example of a suture-mediated closure device that provides a pre-tied knot for the closure of the arteriotomy site while allowing maintenance of wire access.

2023年7月31日 · ProStyle is a newer variation of the ProGlide device but is very similar. Both devices work in the same way. This approval expands the indications for use to include closing …

2019年4月2日 · A Perclose ProStyle device designed to ensure greater needle resistance and ease of use. The device sheath contains a large, white, guide-wire exit port for better visibility and easier guide wire insertion.

The Perclose A•T 6F SMC System reduces the time to hemostasis, ambulation (10 feet), and discharge in patients who have undergone diagnostic or interventional catheterization procedures without complicating clinical conditions (refer to PRECAUTIONS and SPECIAL PATIENT POPULATIONS).

The Perclose ProGlide SMC device, using a pre-close technique, is non-inferior to the standard vascular surgical cutdown in the closure of femoral artery access sites up to 21F sheath size.

With the Perclose™ ProStyle™ device you can achieve and confirm complete hemostasis on the table with a suture-mediated repair of the access site. Other advantages of the Perclose ProGlide™ SMC System include: Find out more about primary healing with the Perclose ProStyle™ vessel closure device.

Abbott’s Perclose ProGlide™ vascular closure device, which offers percutaneous suture-mediated closure, has the broadest indication—for both femoral arterial and venous access sites.

The suture-mediated closure device Perclose ProGlide™ system (Abbott Vascular, CA, USA) emerged as a safe and effective alternative for many procedures requiring either small or large bore vascular accesses.