Our Product

NICOM The Only Noninvasive Cardiac Output Monitor Whose FDA Predicate is The Swan Ganz

Continuous Noninvasive Hemodynamic Insight

Cheetah NICOM provides continuous, non invasive, hemodynamic insight, delivering real time tracking of Cardiac Output and other key Hemodynamic Parameters.
NICOM empowers your clinical diagnosis, approach to fluid management, drug selection and titration. Your team will be able to revisit, and refine patient management.  platform which has been used in multiple clinical applications. These include in-patient settings such as Intensive Care (ICU MICU, SICU, CCU), Anesthesia, Peri-Operative Step Down, and Emergency Department. Clinical trials in various critical care settings have validated NICOM’s accuracy and the quick, profound insight it offers into hemodynamic status, fluid and drug responsiveness.
 
The system is based on the unique and proprietary NICOM BIOREACTANCE.
 
NICOM is completely non invasive reducing the risk of blood borne infections. NICOM’s proprietary sensors are placed on the patient torso (either back or front). The sensors are not position dependent and will deliver reliable, accurate hemodynamic data regardless to exact sensor location. 
 
All the data collected by NICOM from the patient can be downloaded to a PC, using the NICOM EMR application, allowing the user to store, print or recall patients’ data for future reference, via a user friendly interface.  
 
Notable device features:
  • Non-invasive
  • Validated accuracy
  • Continuous real-time data
  • Sensitive and quick to detect changes in CO
  • Cost effective
  • US FDA cleared, predicated on the Edwards Continuous Cardiac Output system (Vigilance, Swan Ganz)
  • Compact & Portable 
  • Quick and easy application
  • Nurse driven
 
NICOM Clinical  Applications
 
Fluid Optimization: Determination of fluid responsiveness
Hemodynamic Differential Diagnosis: Hypovolemic shock, Septic shock, Cardiogenic shock, Shortness of Breath, Acute Renal Failure.
Drug Titration: Empower decisions on drug selection involving pressors and cardiac inotropes and fine tuning of dosage

 

Created by Ilan Lewitus