Criticare has developed proprietary technology for 5-agent analysis.
Criticare's anesthesia monitoring products feature fast, accurate
identification and quantification of inspired and expired CO2, O2,
N2O, and five halogenated agents.
 

ANESTHESIA AND RESPIRATORY CARE PRODUCTS


Detecting Flash

Download Technical Printable Sheets | Download Compliance & Regulatory Documents


Criticare's Poet® IQ Anesthetic Gas Analyzer, when paired with the nCompass™ Patient Monitor, provides a unique combination of leading edge vital signs technology and anesthesia gas monitoring in a compact, modular system.

The Poet® IQ automatically identifies and quantifies inspired and expired O2, CO2, N2O, and five anesthetic agents. The system's reliable performance, ease of use, flexible design, and affordable cost make it the ideal monitoring solution for anesthesia applications in hospitals and surgical centers.


FEATURES & BENEFITS


  • State-of-the-art non-dispersive infrared (NDIR) technology identifies and measures five anesthetic agent gases: Halothane, Enflurane, Isoflurane, Desflurane, and Sevoflurane.
  • Automatic or manual modes.
  • Breath-by-breath O2, CO2, and N2O monitoring.
  • Gas flow sampled at 100, 150, and 200 ml/min.
  • Mixed agent identification.
  • Measurement accuracy not affected by alcohol or ketones.
  • Fast warm-up time ensures full accuracy within minutes.
  • Auto-calibration.
  • Bright, real-time display of numerical values and waveforms provides instant notification of changing patient status.
  • Lightweight, portable design provides flexible workspace options.


CATALOG / ACCESSORY INFORMATION


Gas Sampling Accessories
Calibration Kits

Calibration Accessories
Other Accessories


DOCUMENTS TO DOWNLOAD




For immediate assistance, call our Customer Service Hotline at 1-800-458-4615 (USA) or contact us to request more information.




Criticare has developed proprietary technology for 5-agent analysis.
Criticare's anesthesia monitoring products feature fast, accurate
identification and quantification of inspired and expired CO2, O2,
N2O, and five halogenated agents.