The Criticare Poet IQ 8500 automatically identifies and quantifies inspired and expired CO2, N2O, O2, 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. The Criticare Poet IQ 8500 provides a powerful combination of proprietary CSI vital signs and 5-agent gas analysis technology. Versatile, reliable, and incredibly compact. Designed to operate simply, in less time, and with greater accuracy!
- 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 is not affected by alcohol.
- 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.
Datex Ohmeda Cardiocap 5
The GE Datex Ohmeda Cardiocap 5 is a configured monitor that is intended for indoor monitoring of the hemodynamic, respiratory, relaxation, and ventilatory status of the patient. There are two models available for the Cardiocap 5. One is the hemodynamic (F-MX) and the other is hemodynamic with airway gas measurement (F-MXG). Both models can be equipped with built-in options.
- 10.4” color LCD display.
- Recorder that prints trend data and record parameter waveforms.
- Hemodynamic and airway gas monitor specifically designed for operating and recovery rooms.
- Dedicated anesthesia menu logic.
- Small and Compact.
- Built-in back-up battery.
- Convenient mounting system.
Datex-Ohmeda 5330
The Datex-Ohmeda 5330 is a compact anesthetic agent monitor for the operating room. The Ohmeda 5330 uses an infrared and microprocessor technology to measure CO2 and the concentration of anesthetic agents on the display. The monitor identifies whether the sampled breath is from an inspiratory or Expiratory breath phase. It has a membrane switch control panel and disposable water separator filter cartridge.
- Monitors isoflurane, Enflurane, Halothane, Desflurane, and Sevoflurane.
- Trend data collection.
- Agent analog output for strip chart recording.
- Measurement of inspired and expired anesthetic agents.
- Sidestream sampling system to allow the use of a wide variety of sample adapters.
- User-replaceable software cartridge for system updates.
- RS-232 communication port for input and output to computers or printers.
Drager Vamos
The Drager Vamos is a variable anesthetic gas monitor used for measuring and monitoring the CO2 concentration, functional oxygen saturation, pulse rate, and the concentrations of N2O, and the following volatile anesthetic agents: Halothane, Enflurane, Isoflurane, Sevoflurane, and Desflurane. The display on the Drager Vamos shows Real-time curve CO2, Inspiratory concentration FiCO2, End-Expiratory concentration FetCO2, Functional oxygen saturation SpO2, Pulse rate, Inspiratory concentration FiN2O, End-expiratory concentration FetN2O, and the concentrations of anesthetic agents.
- Inferred light measurement from sidestream samples.
- Measured Parameters: CO2, N2O, SpO2, and 5 anesthetic agents.
- Gas measurement: breath to breath resolution.
- High-contrast amber electroluminescent display.
- 5” diagonal display.
Drager Vamos Plus
The Drager Vamos Plus is an efficient anesthetic gas monitor for use with adult, pediatric, and neonatal patients. For patient monitoring, concentrations of carbon dioxide, nitrous oxide, and volatile anesthetic gases in the respiratory gas mixture are measured and displayed. The carbon dioxide concentration is displayed as a real-time curve on the Drager Vamos Plus. Additionally, inspiratory and expiratory concentrations are displayed for all measured gas concentrations. The respiratory rate is determined from the carbon dioxide concentration curve and then displayed
- Automatically detects anesthetic agents.
- Uses a Waterlock 2 water trap that protects the sensors from condensed water, pathogens, and other contaminants.
- Simple and easy-to-use navigation and user-interface.
- Minimal maintenance and has a long service life.
GE Ohmeda 5250 RGM
The technical class for the 5250 RGM is designed to give participants the information necessary to identify all components of the pneumatic and electrical systems including their major functions, and repair/replacement procedures. Hands-on exercises are designed to reinforce the skills required to maintain, adjust and calibrate the monitor, including performing a complete tubing kit replacement.
Ohmeda 5250 monitor features optional SaO2 or 3/5 agent analysis. Data is displayed numerically or graphically (with a waveform). Audible and visual alarms are standard.
Features
- Utilizes new electroluminescent display and infrared touchscreen control technology.
- One compact panel integrates data display, control, alarm, and message management system.
- Display panel lifts off the monitor for convenience.
- Available configurations:
> CO2/SpO2 and agent
> CO2 and 5-agent with ID
> 5 agent: #65250
> 3 agent: #65253
> 4 agent: #65254
Mindray Datascope Gas Module II
The Mindray Datascope Gas Module II is a companion to several patient monitors. The Gas Module II, commonly called the Datascope GM2, is capable of automatically identifying and measuring five anesthetic agents (Desflurane, Enflurane, Sevoflurane, Halothane, and Isoflurane, as well as N20, CO2, and O2. This unit monitors all gases via sidestream sampling.
- 200 mL/min sample flow rate.
- Uses a non-dispersive infrared analyzer measuring the absorption of the gas sample at seven infrared wavelengths.
- 2.5-second sampling delay
- Water trap that removes water and impurities from the patient sample.
- Analyzes patient sample at a fixed rate.
Mindray Datascope Gas Module SE
The Mindray Datascope Gas Module SE is a companion to several patient monitors. The Gas Module SE, commonly called the Datascope GM SE, is capable of automatically identifying and measuring five anesthetic agents (Desflurane, Enflurane, Sevoflurane, Halothane, and Isoflurane, as well as N20, CO2, and O2. This unit monitors all gases via sidestream sampling
- 200 mL/min sample flow rate.
- Uses a non-dispersive infrared analyzer measuring the absorption of the gas sample at seven infrared wavelengths.
- 2.5-second sampling delay
- Water trap that removes water and impurities from the patient sample.
- Analyzes patient sample at a fixed rate.
Mindray PM-9000 Express
The Mindray PM-9000 Express is a portable and Accessible patient monitor that is powered by rechargeable batteries or external AC power. The PM-9000 Express can be used on adult, pediatric, and neonatal patients. It integrates the functions of parameter measurement, waveform monitoring, freezing and recording, and is a compact and lightweight monitor. Its color TFT LCD is able to show patient parameters and 8 waveforms clearly.
- 12.1” Color TFT LCD Display.
- Weight: ≤ 16.5 lbs.
- Batteries: Lithium or Sealed Lead-Acid.
- Operating Time: 48 to 300 minutes.
- Perfect fit for the ICU, CCU, Operating Room, Emergency Department, Observation Wards, Clinics, and hospital-type settings.
Philips HP M1026A/B
The M1026A Anesthetic Gas Module (AGM) uses infrared absorption technology to measure the five most commonly used anesthetic gases, plus N2O and CO2. Oxygen is measured using a paramagnetic technique. The M1026A / M1026B AGM’s display numerics, trends, real-time waveforms, and alarms on the patient monitor screen.
- Automatic alert when anesthetic agent mixture is detected.
- Inspiration and expiration values for all gases.
- Quick warm-up time.
- Low sample flow rate.
- Individual alarm limits for each parameter.
- Automatic zero calibration.
- Respiratory rate derived from CO2 waveform • Disposable, reusable water trap.
