CAPNOMED

Exquisite design, small dead space;

Precise size, tight connection;

Made of medical grade material, safe and reliable;

Strong compatibility.

Specification of Reusable Airway Adapter

Project

Specifications

Principle of Operation

Connected to the gas path, make the EtCO2 Sensor to measure the gas passing through it.

Product Type

Accessories(Used with EtCO2 Sensor).

Initialization Time

Immediately after accessing the gas path.

Patient Type

Adult & Pediatric.

Patient Use Style

Reusable for Adult/Pediatric.

Service Life

Used more than 50 times (Or continuous use for more than 3 months).

Minimum Shelf Life

2 Years.

Temperature

Operating: 0 to 40°C; Storage: -40 to 70°C; Transport: -40 to 70°C.

Humidity

Operating: 10 to 90% RH, non-condensing; Storage: 10 to 90% RH, non-condensing. Transport: 10 to 90% RH, non-condensing.

Atmospheric Pressure

Operating: 400-800 mmHg; Storage: 400-800 mmHg; Transport: 400-800 mmHg.

Sterile OR Non-Sterile

Non-Sterile.

Latex Free

Not manufactured with natural rubber latex

Dead Space

≤6CC.

Weight

<10g.

Size

Deepth*Wideth*Highth: 57mm*22mm*28mm.

Details of Reusable Airway Adapter

Quick Details of Reusable Airway Adapter

Adaptable to mainstream EtCO2 sensors for primary gas pathway integration, it accurately and swiftly collects end-tidal carbon dioxide values. This is a reusable consumable. Two models are available for adults/children (CSM01C) and infants (CSM01D) to cater to different patient types.

As a specific type of sampling line used in capnography monitoring, the nasal cannula sampling line consists of a nasal cannula attached to a tubing system that connects to a capnography monitor or analyzer.

This type of sampling line is used when monitoring end-tidal carbon dioxide (EtCO2) levels in patients through the exhaled breath. The nasal cannula is placed in the patient's nostrils, allowing for the sampling of respiratory gases and providing real-time data on the patient's CO2 levels during anesthesia or ventilation procedures.

Types of Nasal Cannula Sampling Line

R-Type Nasal Cannula Sampling LineConnected to the air circuit, collect the moisture in the nasal exhalation, and adapt to the R series EtCO2 sensor. Single use consumables. Various specifications and models are available to suit different equipment and types of patients.

R-Type Nasal Cannula Sampling Line

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M-Type Nasal Cannula Sampling LineConnect to the gas circuit, collect the moisture in the nasal exhalation, and adapt to the M series EtCO2 sensor. Disposable consumables. Various specifications and models are available to suit different equipment and types of patients.

M-Type Nasal Cannula Sampling Line

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O-Type Nasal Cannula Sampling LineConnected to the air circuit, collect the moisture in the nasal exhalation, and adapt to the O series EtCO2 sensor. Single use consumables. Various specifications and models are available to suit different equipment and types of patients.

O-Type Nasal Cannula Sampling Line

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Luer Nasal Cannula Sampling LineThe Luer Nasal Cannula Sampling Line is a medical device designed for efficient and comfortable collection of respiratory samples. It features a luer lock connector for secure attachment to monitoring...

Luer Nasal Cannula Sampling Line

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What is the Nasal Cannula Method?

The nasal cannula method is used to deliver supplemental oxygen to a patient's respiratory system. It involves the use of small, flexible tubes inserted into the patient's nostrils, with the other end connected to an oxygen source. This method is commonly used in hospitals and home care settings.

A multi-parameter patient monitor is a device that enables simultaneous monitoring and display of multiple vital signs and parameters of a patient, such as heart rate, blood pressure, oxygen saturation, temperature, and capnography. It provides comprehensive real-time data to healthcare professionals, aiding in the assessment and management of patient health.

Types of Multi-parameter Patient Monitor

8Inch Multi-parameter Patient MonitorReal-time monitoring of patient's ECG, SPO2, NIBP, Temp, HR/PR, IBP (optional), EtCO2 (optional). Record and export real-time monitoring data. Provide a variety of configurations, supporting related accessories and consumables.

8Inch Multi-parameter Patient Monitor

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12Inch Multi-parameter Patient MonitorReal-time monitoring of patient's ECG, SPO2, NIBP, Temp, HR/PR, IBP (optional), EtCO2 (optional). Record and export real-time monitoring data. Provide a variety of configurations, supporting related accessories and consumables.

12Inch Multi-parameter Patient Monitor

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15Inch Multi-parameter Patient MonitorReal-time monitoring of patient's ECG, SPO2, NIBP, Temp, HR/PR, IBP (optional), EtCO2 (optional). Record and export real-time monitoring data. Provide a variety of configurations, supporting related accessories and consumables.

15Inch Multi-parameter Patient Monitor

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How to Read a Multi-parameter Patient Monitor?

Locate the respective sections or screens for each parameter.

Familiarize yourself with the numeric values displayed for vital signs like heart rate, blood pressure, oxygen saturation, and respiratory rate.

Interpret any waveforms or graphical displays, such as ECG or capnography, for further assessment.

Pay attention to alarm indicators and trends over time to monitor the patient's condition.

FAQs of Multi-parameter Patient Monitor

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What is patient monitor?

Patient monitor is a device that measures and displays various vital signs and parameters to assess a patient's health condition.

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What are the parameters of a patient monitor?

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Parameters of a patient monitor typically include heart rate, blood pressure, oxygen saturation, respiratory rate, temperature, and capnography (end-tidal carbon dioxide).

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.

Specification of MEMO Portable Capnograph Monitor for Veterinary

Project

Parameter Description

Measuring Principle

2 channel NDIR type gas analyzer, No moving parts.

Minimum Sampling Flow

1 L/min

CO2 Range

0-99 mmHg, 0-99 kPa, 0-13 %

CO2 Resolution

1 mmHg, 0.1 kPa or 0.1 %

CO2 Accuracy

0～40 mmHg ±2 mmHg, 41～99 mmHg ±8 % of readings.

0～5.3 % ±0.3 %, 5.4～9.9 % ±8 % of readings.

0～5.3 kPa ±0.3 kPa, 5.4～9.9 kPa ±8 % of readings.

Drift of CO2 Measurement Accuracy

Short drift: Less than 1 mmHg offset in 4 hours.

Long drift: Meet measurement accuracy requirements within 120 hours.

Respiratory Rate

0～150 bpm

Respiratory Rate Accuracy

±1 bpm

Adult/Pediatric Airway Adapter

Dead space 6 ml, Flow resistance < 0.3 cm H2O (@ 30 LPM)

Neonatal Airway Adapter

Dead space 1 ml, Flow resistance < 1.3 cm H2O (@ 10 LPM)

Gas Compensation

128*128 pixel 1.44 inch TFT color display

Power Supply

51mm*43mm*45mm

Temperature

Operating: 0 to 40°C; Storage: -40 to 70°C; Transport: -40 to 70°C.

Humidity

Operating: 10 to 90% RH, non-condensing; Storage: 10 to 90% RH, non-condensing. Transport: 10 to 90% RH, non-condensing.

Atmospheric Pressure

Operating: 400-800 mmHg; Storage: 400-800 mmHg; Transport: 400-800 mmHg.

Water Resistance

IP33 - Splash-proof - Sensor only.

Details of MEMO Portable Capnograph monitor for Veterinary

Quick Details of MEMO Portable Capnograph monitor for Veterinary

Real-time monitoring of the animal’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 large weight use (CSM01A) and small weight use (CSM01B), to suit different types of animals.

The MEMO Portable Capnograph Monitor is a compact device used for measuring end-tidal carbon dioxide (EtCO2) levels in a patient's breath. It provides real-time monitoring of EtCO2 levels, helping healthcare professionals assess the patient's respiratory status and the effectiveness of ventilation. The portable design allows for easy transport and use in various healthcare settings.

Types of MEMO Portable Capnograph Monitor

MEMO Portable CapnographyReal-time monitoring of the patient's end-tidal carbon dioxide waveform (Capnograph), end-tidal carbon dioxide concentration (EtCO2) and respiratory rate (RR). Two types of gas circuit adapters are provided: adult/children (CSM01A) and infants (CSM01B) to suit different types of patients.

MEMO Portable Capnography

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MEMO Portable Capnograph Monitor for VeterinaryReal-time monitoring of animals' end-tidal carbon dioxide breathing waveform (Capnograph), end-tidal carbon dioxide concentration (EtCO2) and respiration rate (RR). Provide two types of air circuit adapters for large body weight (CSM01A) and small body weight (CSM01B) to suit different types of animals.

MEMO Portable Capnograph Monitor for Veterinary

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EtCO2 Monitor Carrying CaseUsed to store portable end-tidal carbon dioxide monitor and related consumables (such as gas circuit adapter, battery, etc.)

EtCO2 Monitor Carrying Case

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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 helps improve patient safety and can be used in both adults and pediatric patients.

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.

Specification of MEMO Portable Capnography

Project

Parameter Description

Measuring Principle

2 channel NDIR type gas analyzer, No moving parts.

Minimum Sampling Flow

1 L/min

CO2 Range

0-99 mmHg, 0-99 kPa, 0-13 %

CO2 Resolution

1 mmHg, 0.1 kPa or 0.1 %

CO2 Accuracy

0～40 mmHg ±2 mmHg, 41～99 mmHg ±8 % of readings.

0～5.3 % ±0.3 %, 5.4～9.9 % ±8 % of readings.

0～5.3 kPa ±0.3 kPa, 5.4～9.9 kPa ±8 % of readings.

Drift of CO2 Measurement Accuracy

Short drift: Less than 1 mmHg offset in 4 hours.

Long drift: Meet measurement accuracy requirements within 120 hours.

Respiratory Rate

0～150 bpm

Respiratory Rate Accuracy

±1 bpm

Adult/Pediatric Airway Adapter

Dead space 6 ml, Flow resistance < 0.3 cm H2O (@ 30 LPM)

Neonatal Airway Adapter

Dead space 1 ml, Flow resistance < 1.3 cm H2O (@ 10 LPM)

Gas Compensation

128*128 pixel 1.44 inch TFT color display

Power Supply

51mm*43mm*45mm

Temperature

Operating: 0 to 40°C; Storage: -40 to 70°C; Transport: -40 to 70°C.

Humidity

Operating: 10 to 90% RH, non-condensing; Storage: 10 to 90% RH, non-condensing. Transport: 10 to 90% RH, non-condensing.

Atmospheric Pressure

Operating: 400-800 mmHg; Storage: 400-800 mmHg; Transport: 400-800 mmHg.

Water Resistance

IP33 - Splash-proof - Sensor only.

Details of MEMO Portable Capnography

Quick Details of MEMO Portable Capnography

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.

Mainstream EtCO2 sensors are used to measure the carbon dioxide (CO2) levels in a patient's breath during anesthesia or ventilation procedures. Unlike sidestream sensors, mainstream sensors are directly integrated into the patient's breathing circuit and are located at the airway's proximal end. This allows for real-time and accurate monitoring of CO2 levels without the need for sampling tubes or additional components.

Types of Mainstream EtCO2 Sensors

Mainstream Capnography SensorIt can be used with monitors and ventilators with carbon dioxide function to accurately and quickly collect end-tidal carbon dioxide values and generate visual curves. Both reusable and single-use product consumables are available.

Mainstream Capnography Sensor

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Disposable Airway AdapterAdapt to the mainstream EtCO2 sensor to connect to the main gas circuit, and collect the end-tidal carbon dioxide value accurately and quickly. Single use consumables. Two models are available for adults/children (CSM01A) and infants (CSM01B) to suit different types of patients.

Disposable Airway Adapter

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Reusable Airway AdapterAdapt to the mainstream EtCO2 sensor to connect to the main gas circuit, and collect the end-tidal carbon dioxide value accurately and quickly. Consumables are reusable. Two models are available for adults/children (CSM01C) and infants (CSM01D) to suit different types of patients.

Reusable Airway Adapter

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EtCO2 Mainstream VS Sidestream

EtCO2 mainstream and sidestream are two types of capnography systems used in healthcare. Mainstream capnography involves directly measuring exhaled carbon dioxide levels through a sensor attached to the patient's endotracheal tube or airway adapter. In contrast, sidestream capnography uses a sampling tube to draw a sample of expired gas from the patient's airway, which is then analyzed for carbon dioxide levels.

Mainstream capnography offers real-time, accurate measurements but requires a larger sensor and can cause patient discomfort. Sidestream capnography is less intrusive but may have a slight delay in measurement and potentially encounter technical issues related to sampling.

FAQs of Mainstream EtCO2 Sensors

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What is mainstream EtCO2?

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Mainstream EtCO2 refers to the direct measurement of end-tidal carbon dioxide levels within the patient's airway using a sensor attached to the respiratory circuit.

What are the advantages of mainstream capnography?

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Real-time and continuous monitoring of end-tidal carbon dioxide (EtCO2) levels.

Accurate and reliable measurements of EtCO2.

Immediate detection of changes in respiratory status and ventilation effectiveness.

Less risk of sampling errors and delays compared to sidestream capnography.

Which sensor is used for capnography monitoring?

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The main sensor used is an infrared carbon dioxide (CO2) sensor. This sensor uses infrared light to measure the concentration of exhaled CO2 and provides real-time data on end-tidal carbon dioxide (EtCO2) levels, waveform, and other parameters during respiration.