Blood Gas and Chemistry Analysis Systems in the Philippines for Accurate Critical Care Testing
When every second counts, accuracy and efficiency take precedence. Murex Diagnostics offers state-of-the-art blood gas analyzers designed to deliver rapid, precise measurements of pH, oxygen, carbon dioxide, and key metabolites. These systems give ICU, emergency, and respiratory care teams the real-time data they need to make careful, timely clinical decisions.
Blood Gas and Chemistry Analyzers for Sale
Murex Diagnostics offers a selection of blood gas and chemistry analyzers optimized for fast, dependable critical care testing. Compare arterial blood gas analyzers prices across our range to find a system that meets your facility’s clinical demands and budget.
EDAN i500
A fully automated, high-performance analyzer offering a comprehensive test menu for blood gas, electrolyte, and metabolite measurement, built to support the demands of busy ICU and laboratory environments.
Edan i15
Powered by microchip liquid control and micro-sensor multifunction membrane technology, the EDAN i15 is a compact, portable analyzer delivering rapid pH, blood gas, electrolyte, and metabolite results for point-of-care critical care testing.
Why Choose Murex Diagnostics

Reliable Product Expertise
The experts at Murex Diagnostics guide facilities through available blood gas analyzer models, ensuring every laboratory and critical care unit finds a system that matches their clinical requirements and operational workflows.

Competitive Equipment Pricing
Murex Diagnostics makes blood gas and chemistry analyzers available at competitive price points, helping facilities invest in critical care testing equipment that delivers accurate, reliable performance and long-term diagnostic value.

Comprehensive Local Support
From installation to after-sales service, our team provides responsive technical assistance and hands-on training tailored to Philippine facilities, ensuring critical care analyzers are in optimal condition when patients need results most.




