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ICV™ Table
The ICV™ Table is the ideal multipurpose cardiovascular interventional platform. It features the largest total imaging area (82'), 4-way float capability vital for advanced catheter-based procedures and is bariatric-capable. The ICV™ Table will easily rise to the rigorous demands of any interventional environment while providing patient and staff safety with its carbon fiber top's low attenuation factor of .57mm Al.
Interventional Cardiovascular ICV™ Table

Benefits

  • Specifically designed for Interventional Cardiology1
  • Superior longitudinal travel1
  • Bariatric capable2
  • Better images at lower doses1
  • Lowest combined attenuation available1,3
  • Less ambient radiation scatter1,3
  • Ergonomically designed base1
  • Low height for easier wound care management
Features
  • 4-Way Floating Top
  • 40" longitudinal travel/ 12" transverse travel
  • Individual transverse and longitudinal locking controls
  • Portability - Push bar/3 inch front casters
  • 5 inch rear casters
  • C-arm accessible base enclosed by stainless steel shroud
  • 550 lb patient capacity (4 to 1 safety factor)
  • Attenuation .57 mm Al. equivalent
  • 82" of total imaging area
  • 40" of edge to edge imaging area
  • Cervical access shaped top
  • Beveled edge
  • 2" low attenuation mattress pad
  • Low attenuation carbon fiber top
Options & Accessories
  • Carbon fiber articulating arm boards and pads
  • Extended stainless steel accessory rails
References
  1. ACC/SCA&I EXPERT CONSENSUS DOCUMENT
    American College of Cardiology/Society for Cardiac Angiography and Interventions Clinical Expert Consensus Document on Cardiac Catheterization Laboratory Standards, JACC. Jun 2001; 37: 2170 - 2214
  2. Thomas E. Vanhecke, MD, Body Weight Limitations of United States Cardiac Catheterization Laboratories Including Restricted Access for the Morbidly Obese, PII: S0002-9149(08)00563-8, doi:10.1016/j.amjcard.2008.03.050
  3. A. Trianni, Dose to Cardiologists in Haemodynamic and Electrophysiology Cardiac Interventional Procedures, Radiation Protection Dosimetry, December 2005, Volume 117, Number 1-3
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