The Covidien Nellcor™ Colourimetric Easy Cap End Tidal CO2 Detector is a reliable medical device designed to confirm the correct placement of endotracheal tubes by monitoring ETCO2 levels with precise breath-to-breath response.
Precision in Every Breath: Nellcor™ Colourimetric CO2 Detector – Instant Verification, Unmatched Reliability.
The Nellcor™ Colourimetric Easy Cap End Tidal CO2 Detector stands as a paramount tool in the healthcare and emergency medical services sectors, offering an invaluable solution for validating the accurate positioning of endotracheal tubes. It is a widely-respected instrument, renowned for its reliability and precision, delivering unwavering results across varied environments, from the high-stakes environments of emergency departments and intensive care units to real-time field operations.
This carefully crafted device is noted for its seamless application and proficient monitoring capabilities. To operate, clinicians attach the detector to the endotracheal tube or i-gel, where it immediately initiates the tracking of ETCO2 levels, delivering a breath-to-breath response. The inclusion of an indicator window is a standout feature, immediately reacting to exhaled CO2 and undergoing a colour transition from purple to yellow to indicate the presence of CO2. This swift colour alteration enables medical practitioners to ascertain the correct placement of the endotracheal tube quickly and accurately, thereby mitigating risks and averting potential complications.
Beyond verifying tube placement, the Nellcor™ CO2 detector serves as an essential ally during CPR, allowing professionals to monitor ETCO2 levels, thus offering an extra dimension of safety and precision in emergency situations. It’s a tool that proves its indispensability, whether in an emergency department’s fast-paced environment, the ICU’s crucial settings, or amidst field operations.
For years, clinicians in hospitals and emergency medical services have depended on Nellcor™ Colourimetric CO2 Detectors to ensure proper endotracheal (ET) tube placement. It’s an economical yet invaluable airway management tool, assuring clinicians that patients are intubated correctly from the start and remain so during transport. This detector’s easy-to-use, responsive nature, along with its prompt colour change capabilities, makes it a reliable technology choice for intubating patients across various medical settings, consolidating its status as a trusted name in airway management.
Key Product Features & Benefits
- Immediate Visual Confirmation: The Nellcor™ Colourimetric Easy Cap CO2 Detector offers an immediate colour change from purple to yellow, signalling the detection of exhaled CO2 swiftly, allowing medical practitioners to make quick, informed decisions.
- Continuous Breath-to-Breath Monitoring: Providing constant visual feedback allows for thorough breath-to-breath monitoring for up to two hours, ensuring sustained assessment and reliability.
- Latex-Free Construction: Specifically designed to accommodate patients with latex allergies, it offers a safer alternative without compromising utility or effectiveness.
- Economically Efficient: This detector is a cost-effective solution, offering high-quality and reliable results, proving its value in various medical scenarios without compromising on quality or reliability.
- Assesses CPR Effectiveness: An invaluable asset in critical CPR situations, it aids professionals in gauging the efficiency of the resuscitation efforts, adding a layer of precision and safety in emergencies.
- Esteemed Endorsements: Meeting the rigorous guidelines and standards of prestigious organisations like the American Heart Association, American Association for Respiratory Care, and the American Society of Anesthesiologists, it stands as a testament to its reliability and efficacy.
- Reliable and Responsive: Specially designed for simplicity and efficiency, the CO2 detector attaches directly to the ET tube or i-gel, responding promptly to exhaled CO2, allowing for quick and accurate assessments.
- Proven and Familiar Interface: Utilising the well-known purple-to-yellow colour scheme, it offers an intuitive and familiar visual cue, ensuring ease of use and immediate understanding.
- Diverse Application: Whether it’s confirming tube placement or being a critical tool during CPR, it is versatile, proving its indispensability in the high-pressure environments of emergency departments, ICUs, or field operations.
Who uses the Nellcor™ Colourimetric CO2 Detector?
The Nellcor™ Colourimetric CO2 Detector is an essential tool primarily for medical professionals, designed to ensure the highest degree of patient safety and procedural success during endotracheal intubation. This makes it a crucial asset for clinicians, paramedics, and other healthcare practitioners involved in performing intubations and managing airways in diverse clinical settings.
Whether it’s confirming the proper placement of endotracheal tubes (ETT) or monitoring exhaled CO2 levels with a breath-to-breath response, this device is an indispensable companion aimed at elevating the standards of care and ensuring the well-being of patients in various medical scenarios. It’s an invaluable addition to the inventory of medical tools used by professionals dedicated to maintaining optimal respiratory conditions for their patients.
How to use the Nellcor™ Colourimetric CO2 Detector
- Attach the Detector: Directly connect the detector to the endotracheal tube or i-gel. The device is designed for a seamless connection.
- Monitor Instantly: Upon connection, the device begins to track ETCO2 levels immediately, providing a breath-to-breath response.
- Observe Indicator Window: Pay attention to the indicator window; it will change from purple to yellow when it detects exhaled CO2. This instant reaction enables swift and accurate confirmation of the correct endotracheal tube placement, allowing medical practitioners to mitigate risks and complications efficiently.
- Use During CPR: Beyond confirming tube placement, the detector is an invaluable asset during CPR situations. It aids professionals in monitoring ETCO2 levels, ensuring an additional layer of precision and safety in emergencies.



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