CELERITY: COMPREHENSIVE FAMILY OF BIPOLAR LEFT VENTRICULAR LEADS  

CELERITY: COMPREHENSIVE FAMILY OF BIPOLAR LEFT VENTRICULAR LEADS  

LEAD YOUR PATIENTS TO OPTIMIZED THERAPY
 
CELERITY left ventricular leads’ maneuverability and stability for all* venous anatomies, combined with Sorin Group’s CRT automatic algorithms, provide predictable and optimized therapies for your patients1
 
Maneuverable. Stable. Predictable.
 
The CELERITY family of leads is designed for easy maneuverability, stable fixation and predictable outcomes. Available in multiple fixation options for all venous anatomies, CELERITY leads have a quality you can trust with proven long-term durability.


 
Predictable performance, reliable long-term design

  • Silicone lead body for durability and proven longevity2
  • Lead tip seal for prevention of blood ingress
  • Polyurethane outer coating for smooth handling within the guiding catheter throughout the procedure
  • Electrical reprogrammable vectors with PARADYMTM RF devices


 
Multiple options for stable fixation

  • Freedom from dislodgments: 99.3% at three months2
  • Freedom from all complications: 98.5% at three months2

 

 

Controlled lead maneuverability
 
Steerable tip

  • Flexible silicone distal portion
  • Controls the degree of curvature of the distal portion by progressively retrieving the stylet

Controlled distal rigidity

  • When fully inserted, the stylet retains the lead distal portion in a straightened position, for maximum pushability

Dual handling options

  • Over the wire (OTW) and stylet driven to access sub-selection of side branches

 

EFFECTIVE ELECTRICAL PERFORMANCE
 
Fractal coating technology

  • Increased electrical surface area without increasing the tip size3
  • Low acute and stable chronic thresholds4
  • High impedance for prolonged battery life4

Dual steroid reservoir 0.5mg dexamethasone acetate
 
 

 
References:
1. Sorin Group, data on file
2. BIOTRONIK data: Product Performance Report, July 2011
3. Israel CW, Floren E, Harrer P. Electrophysiologist Performance of a New Iridium-Coated Electrode
with Reduced Surface Area: A One-Year Study. Prog Biomed Res. 1998; 3(3): 156–163
4. BIOTRONIK Everest study, data on file
*From small to large venous anatomies. Refer to graphic 

This product may not be for sale in your country or your area. For further information on product availability, please contact your local representative
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