MEMO Portable Capnograph Monitor

MEMO Portable ETCO2 Monitors Features

• Lightweight and portable, work independently;

• Lower power consumption, longer working time;

• Using imported electronic components, it has the advantages of accurate numerical value and stable waveform.

• Real-time monitoring of the patient’s end-tidal carbon dioxide respiratory waveform (Capnograph), end-tidal carbon dioxide concentration (EtCO2), and respiratory rate (RR).

• We offer two models of airway adapters, for adults/children (CSM01A) and infants (CSM01B), to suit different types of patients.

What is the Purpose of Portable Capnography?

It is to provide real-time monitoring of a patient's respiratory status, specifically by measuring the levels of carbon dioxide (CO2) in their breath. This non-invasive monitoring technique helps healthcare professionals in various settings such as emergency departments, intensive care units, and ambulances to assess the patient's ventilation, perfusion, and metabolism. It allows for early detection of respiratory complications, such as hypoventilation or airway obstruction, and aids in optimizing ventilation parameters to ensure adequate gas exchange. Portable capnography ETCO2 portable monitor helps improve patient safety and can be used in both adults and pediatric patients.

MEMO Portable ETCO2 Monitors Users Operation

MEMO Portable ETCO2 Monitors Applications

1. Respiratory Monitoring: ETCO2 monitoring is vital during respiratory procedures such as intubation, extubation, and mechanical ventilation. It helps in assessing the effectiveness of ventilation, detecting airway obstruction, and ensuring proper placement of the endotracheal tube.

2. Anesthesia Management: Anesthesiologists use portable ETCO2 monitors to closely monitor a patient's respiratory status during surgery. It helps in maintaining proper ventilation, detecting hypoventilation, and preventing hypercapnia.

3. Emergency Medicine: In emergency departments and pre-hospital settings, portable ETCO2 monitoring devices aid in assessing the severity of respiratory distress, guiding resuscitation efforts, and monitoring patients during transportation.

4. Procedural Sedation: During conscious sedation procedures, such as colonoscopies or dental procedures, ETCO2 monitoring ensures patient safety by detecting respiratory depression or apnea early on.

5. Critical Care: In intensive care units (ICUs), portable end-tidal CO2 monitors assist in managing patients with acute respiratory failure, assessing response to treatment, and preventing complications such as respiratory acidosis.

6. Obstetrics: ETCO2 monitoring is valuable during labor and delivery, especially in high-risk pregnancies or cases of maternal respiratory compromise, to monitor both maternal and fetal well-being.

7. Monitoring Sedated Patients: In settings like the recovery room or post-anesthesia care unit (PACU), portable ETCO2 monitoring helps in monitoring patients recovering from sedation or anesthesia, ensuring timely detection of respiratory depression.

8. Transportation of Critically Ill Patients: During interfacility transfers or transportation of critically ill patients, portable ETCO2 monitoring provides continuous assessment of respiratory status, allowing for prompt intervention if needed.

9. Sleep Medicine: Portable end-tidal CO2 monitoring devices are used in sleep laboratories or home sleep studies to assess ventilation and detect conditions such as sleep apnea or hypoventilation syndromes.

10. Monitoring CO2 Levels in Non-Intubated Patients: Portable ETCO2 monitoring is also used in non-intubated patients, such as those with chronic respiratory conditions or undergoing procedural sedation, to assess ventilation and detect respiratory compromise.