MIRA Star
Introducing the MIRA Star-a high-sensitivity μ-HPLC radioactivity flow detector, specifically designed for low-flow μ-HPLC applications. Traditional radioactivity detectors struggle with small flow cells, but MIRA Star overcomes these challenges with its advanced detection technology, ensuring exceptional sensitivity for even the smallest radioactive fractions.
Key Features
• Optimized for μ-HPLC: Designed for applications with very low eluate flow rates, MIRA Star uses ultra-small flow cells with minimal dead volume, making it perfect for precise measurements.
• Advanced Coincidence Detection: Equipped with four small, low-noise photomultipliers arranged in coincidence. This configuration ensures that even the smallest radioactive events are detected with high sensitivity.
• Multiple Detectors: Four coincidence flow detectors operate in sequence, each counting over optimal time intervals. Their combined data dramatically improves overall detection sensitivity.
• Real-Time Monitoring: The four radio-chromatograms are digitally recorded and displayed on a connected PC. By compensating for flow delays and adding the chromatograms, MIRA Star reveals radioactive fractions that would otherwise go undetected.
• Scintillator Options: Available with either internal solid scintillators or liquid scintillator admixture, providing flexibility for different applications.
The MIRA Star is the ideal solution for μ-HPLC applications, where precise, sensitive radioactivity detection is critical, offering unmatched performance in challenging low-flow scenarios.
