Prime Scientific - Eaglenos P1 Analyzer: Redefining Electrolyte Analysis

The Eaglenos P1 Analyzer, now available at Prime Scientific, is a state-of-the-art electrolyte analyzer designed for precision, speed, and ease of use in clinical settings. From ICUs to emergency departments, this compact device is redefining bedside testing standards.

Key Features of the Eaglenos P1 Analyzer:

Advanced "5-in-1" Cartridge Technology

The P1 Analyzer uses a single-use "5-in-1" cartridge capable of simultaneously testing five critical electrolytes: potassium (K⁺), sodium (Na⁺), chloride (Cl⁻), ionized calcium (iCa²⁺), and ionized magnesium (iMg²⁺). This supports comprehensive testing needs, including specialized monitoring for conditions like hypomagnesemia and hypermagnesemia.

Cutting-edge Design and Operation

1. Maintenance-Free: Its fluid-free system requires no maintenance, minimizing downtime and operational costs.
2. Speed and Accuracy: Results are generated within five minutes using dry electrochemical technology, ensuring rapid yet reliable data for clinical decisions.
3. Minimal Sample Volume: Requires just 100 µL of whole blood, making it ideal for pediatric or critical care applications.

Enhanced Portability and Usability

1. The compact, lightweight design (weighing 1.5 kg with a built-in battery) allows over 50 consecutive tests per charge.
2. Built-in data management features, including a barcode scanner, thermal printer, and storage for 99,999 results, streamline workflow and facilitate seamless LIS/HIS connectivity.

Additional Benefits

1. Test cartridges can be stored at room temperature for up to 8 months, reducing the need for special storage conditions.
2. A 7-inch color touchscreen interface makes operation straightforward and intuitive.

Discover how the Eaglenos P1 Analyzer can streamline your clinical workflows. For inquiries, visit Prime Scientific today or contact our team for personalized guidance.

Optimize your healthcare operations with precision and reliability—the Eaglenos P1 Analyzer is the future of electrolyte analysis!