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EP HUT™ Table Model 60170
The EP HUT™ Table serves as a superior head up tilt table and features a radiolucent top for invasive electrophysiology procedures. Its portability ensures syncope testing can be scheduled around more time-consuming and revenue-enhancing EP procedures. The EP HUT™ Table will easily rise to the rigorous demands of an EP lab while providing patient and staff safety with its carbon fiber top's low attenuation factor of .57mm Al.
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Invasive Electrophysiology EP HUT TableT
Benefits
  • 5 second emergency response allows additional time to evaluate development of bradycardia1
  • Large metal free imaging area
  • Lowest combined attenuation available2
  • Better images at lower doses2
  • Less ambient radiation scatter2
  • Allows restorative measures to begin twice as fast as the alternative approach
  • Minimizes time in asystole
Features
  • 5 seconds 70° to -15° Trendelenburg emergency positioning
  • 18° per second emergency positioning
  • Separate home and emergency controls
  • "One button" return to level
  • "One button" emergency positioning
  • Programmable tilt angle, 5° increments
  • Two memory emergency positioning stop point
  • Fully adjustable 3 belt patient restraint system
  • Head up tilt - electrically adjustable to 90°
  • Trendelenburg - electrically adjustable 0° - 20°
  • Normal tilt rate of 6° degrees per second
  • Height - electrically adjustable 32" - 42"
  • Safe, slip resistant foot platform
  • Motors controlled by a sealed, water resistant, low voltage, control wand with self-retracting, coiled power cord
  • Carbon fiber construction
  • 53" of edge to edge imaging area
  • Attenuation .57 mm Al. equivalent
  • Low attenuation
  • Shaped top
  • Beveled edge
  • 2" low attenuation mattress pad
  • Short c-arm accessible base
  • Base enclosed by stainless steel shroud
  • 5 Inch, 2-way locking casters
Options & Accessories
  • Carbon fiber articulating arm boards and pads
References
  1. Han Yang, Serious Response inTilt Table Test in Elderly and its Prophylactic Management, Journal of Zhejiand University SCIENCE, 2005, 6B(4):304-306
  2. Kostas Perisinakis, PhD, Accurate Assessment of Patient Effective Radiation Dose and Associated Detriment Risk From Radiofrequency Catheter Ablation Procedures , Circulation. 2001;104:58-62
  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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Medical Positioning, Inc. | 1717 Washington St. Kansas City, MO 64108 | T: 816-474-1555 | 1-800-593-3246