Award Winning Lightning Kapnometri Hiilidioksidin Mittaus (sidestream Isa Ax + Co2/nitrous/agent) New Style [PDHvR4qd]

Lightning Kapnometri Hiilidioksidin Mittaus

Introducing the Lightning Kapnometri Hiilidioksidin Mittaus, a cutting-edge device designed for precise measurement of carbon dioxide (CO2), anaesthetic agents, nitrous oxide, and other critical gases. This versatile instrument is a must-have for healthcare professionals seeking accurate and efficient gas monitoring solutions. The Lightning Kapnometri Hiilidioksidin Mittaus is equipped with state-of-the-art technology to ensure reliable and consistent readings.

Key Product Features

Featuring a nine-channel non-dispersive infra-red detection system and oxygen by paramagnetic sensor, the Lightning Kapnometri Hiilidioksidin Mittaus offers exceptional accuracy and sensitivity. This device supports a wide range of anaesthetic agents, including isoflurane, sevoflurane, desflurane, halothane, and enflurane. With a rapid warm-up time of just 10 seconds for the first reading and 60 seconds for full accuracy, the Lightning Kapnometri Hiilidioksidin Mittaus provides reliable results in minimal time. The agent detection threshold is set at 0.2%, ensuring that even the smallest concentrations are detected with precision.

• High accuracy with CO2, agent, and N2O readings better than +/- 0.2%
• Fast warm-up time for quick and efficient operation
• Multi-gas detection for comprehensive monitoring

Practical Uses and Benefits

The Lightning Kapnometri Hiilidioksidin Mittaus is an invaluable tool for various applications, including anaesthetic monitoring, respiratory care, and critical patient management. Its robust design and user-friendly interface make it ideal for use in hospitals, clinics, and emergency medical services. The device's compact size and lightweight design ensure portability and ease of use. By providing real-time gas monitoring, the Lightning Kapnometri Hiilidioksidin Mittaus helps healthcare professionals make informed decisions, enhancing patient safety and overall care quality.

• Enhanced patient safety through accurate gas monitoring
• Optimized care with real-time data and analysis
• Portability for use in various settings