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CapSure™ Permanent Fixation System

Permanent Fixation Redefined

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Overview

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Traditional challenges in permanent fixation for hernia repair

Permanent fixation devices facilitate a strong long-term repair but may be associated with some challenges:

  • Clinical complications from exposed metal points including adhesions to fastener
  • Difficulties securing large pore mesh may impact hernia repair outcomes
  • Deployment challenges and device reliability issues can disrupt procedures


Bard has redefined permanent fixation


Covered

  • Smooth polyetheretherketone (PEEK) cap eliminates exposed metal tip and helps minimize adhesions to the fastener*


Strong

  • Fixates into Cooper’s ligament and  underlying structures, similar to ProTack™


Reliable

  • Comfortable handle and easy to deploy trigger
  • Consistent fastener deployment and depth of tissue purchase
  • Reliable, secure fixation regardless of mesh pore size
  • Improved fixation with large pore meshes due to larger cap surface area of fastener versus ProTack™
     

*Preclinical data. Results may not correlate to the performance in humans

Features and Benefits
REDEFINED FASTENER DESIGN
REDEFINED FASTENER DESIGN

316L stainless steel

  • 316L stainless steel is a surgical stainless steel commonly used in biomedical implants that are put under pressure including bone screws and prostheses 

 

Smooth PEEK cap

  • Cap is made from polyetheretherketone (PEEK). PEEK is an inert organic thermoplastic polymer, considered an advanced biomaterial 

 

PEEK is used in many medical implants including dental implants, heart valves and stents, and joint prostheses

DESIGNED FOR OPTIMIZED CLINICAL BENEFITS
DESIGNED FOR OPTIMIZED CLINICAL BENEFITS

A 90 Day Preclinical Adhesion Study Demonstrated Stronger Results with the CapSure™ Fixation System vs. ProTack™ Fixation System.

Evaluation of a Novel Permanent Capped Helical Coil Fastener in a Porcine Model of Laparoscopic Ventral Hernia Repair

Arnab Majumder, Mojtaba Fayezizadeh, William W. Hope,
Yuri W. Novitsky • Surgical Endoscopy April 2016

  • Significantly less adhesion coverage 
  • Greater percentage of properly engaged fasteners 
  • Greater mesh/tissue integration 
  • Shielding exposed fastener points on the visceral mesh surface with polymer caps is suggested by the data to reduce adhesion formation and aid in mesh fixation and integration 

 


Preclinical data. Results may not correlate to performance in humans.

STRONG REPAIR
STRONG REPAIR
CapSure™ fastener easily penetrates Cooper’s ligament and underlyingstructures, equivalent to ProTack™
Equivalent Strength to ProTack™ at t0, Greater Strength Over Time

Equivalent Strength to ProTack™ at t0, Greater Strength Over Time

Burst strength testing demonstrated that in a porcine model CapSure™ fixated Ventralight™ ST Mesh had a greater (4.3%) burst strength at t0 and significantly higher (18.4%) peak burst strength at 6 weeks post-implantation than did ProTack™ fixated Ventralight™ ST Mesh at the same time point (p = .0088).

* Porcine abdominal wall tissue:
Animal data may not correlate to performance in humans

* Porcine 6 week implant study:
Animal data may not correlate to performance in humans

Reliable
Reliable

Better confidence in your delivery system performance

  • Rotary drive system with a comfortable handle and easy to deploy trigger, with an average delivery force that is 30% less than ProTack™1
  • Consistent fastener deployment and depth of tissue purchase – preclinical studies demonstrated more favorable fastener seating results versus ProTack™
  • Available in 15 and 30 fastener count devices providing significant savings per device over ProTack™, for repairs where 15 or less fasteners are required
CapSure™ Fasteners
CapSure™ Fasteners

CapSure™ Fasteners have 2X the mesh surface area coverage to hold mesh in place ensuring secure fixation and more visible fasteners. Bench testing with 3DMax™ Light demonstrates that CapSure™ is 15X more likely to retain large pore mesh versus ProTack™1

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BD-14700

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