The Schiller ISA Analyzer & Accessories ISA Module Starter Kit is an all-encompassing solution for precise respiratory analysis in medical settings. This state-of-the-art equipment includes a module adapter and holder, guaranteeing ease of use and installation. Additionally, the kit is equipped with a box of 25 Nomoline Adapters and 25 Sampling Lines with Male Luer Lock, designed for seamless connectivity.

The ISA Side Stream Analyzer is crucial for clinicians who rely on accurate CO2 measurements. Available in several configurations, the device can be tailored to meet specific needs, with some models offering additional functionalities such as the measurement of N2O and O2 gases. This adaptability makes it a versatile choice for environments ranging from operating rooms to intensive care units.

Key Features:

• The Schiller ISA Analyzer offers high precision CO2 measurement that is vital for patient monitoring during surgical procedures and critical care.
• Each analyzer is equipped with Nomoline Adapters and Sampling Lines to ensure seamless integration into existing medical equipment setups.
• Flexible configuration options allow selection between models measuring only CO2 or additional Gases like O2 and N2O, tailored to different medical needs.

Uses:

• The Schiller ISA Side Stream Analyzer is primarily used for measuring CO2 levels in clinical settings. It's an essential tool for anesthesia monitoring in operating rooms, aiding in patient safety by ensuring the accurate monitoring of gases.
• In addition to CO2 monitoring, certain models of the Schiller ISA Side Stream Analyzer are capable of analyzing O2 and N2O, which is crucial for comprehensive respiratory analysis in various medical environments including emergency and critical care.

FAQs:

1. What gases can the Schiller ISA Side Stream Analyzer measure?
Depending on the model, the analyzer can measure CO2, N2O, and O2 gases.

2. How does the ISA Module Starter Kit integrate with existing systems?
It comes with a Module Adapter and Nomoline Adapters, allowing easy installation and integration into existing monitoring systems.

3. What are the main applications of this analyzer?
It is primarily used for anesthesia and respiratory functions monitoring in a clinical setting.