PERMAFIX™ Permanent Fixation System

New Enhanced PERMAFIX™
Permanent Fixation System

Bard® Fasteners:
Smart Design, Not Sharp Design.

The unique fastener design of the PermaFix™ Permanent Fixation system means no sharp points are left behind in the patient. Preclinical data shows that a hollow core allows tissue ingrowth through the fastener.² The 5 mm depth of tissue purchase and consistent thread diameter from head to tip assure maximum tissue engagement during open and laparoscopic procedures. The PermaFix™ Permanent Fixation System has a 5 mm, low-profile delivery system that offers smooth, efficient deployment. Keeping track of the pre-loaded 15- or 30- fastener configurations is now easy with a new fastener gauge.

Benefits:

Strong:

  • Repair strength approximately 7x greater than maximum Intraabdominal Pressure (IAP).¹,²
  • Threaded, hollow core allows for tissue in-growth through interior
    of fastener.

 Consistent:

  • The consistent diameter of the threads from head to tip and fastener length are designed to maximize tissue engagement.
  • Obturator with piloting tip accurately pilots fastener through mesh
    and tissue.

 Reliable:

  • Atraumatic blunt tip fastener with smooth head and no
    exposed points.
  • Innovative mechanical design enables a durable delivery system.
  • Molded polymer based material similar to other implant devices.
    Non-radio opaque material.

Consult product labels and inserts for any indications, contraindications, hazards, warnings, cautions and instructions for use.

¹ Twardowski ZJ et al “Intraabdominal Pressures during Natural Activities in Patients 
  Treated with Continuous Ambulatory Peritoneal Dialysis” Nephron 44:129-135
  1986. Cobb WS et al. "The Argument for Lightweight Polypropylene Mesh in Hernia
  Repair" Surgical Innovation. Vol 12 (1).63-69, 2005.
² Data generated from an animal study using the SORBAFIX™ Absorbable Fixation
  System and from a cadaver study using the PERMAFIX™ Permanent Fixation System.
  Data on file.
  Results may not correlate to performance in humans.

 

 

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