QFX FLUOROMETER
The QFX Fluorometer sets the benchmark for fluorometric quantification, delivering superior sensitivity, accuracy, and reproducibility. Designed for nucleic acid and protein analysis, it features four fluorescent channels, built-in assay measurement apps, and the ability to create custom applications, making it the most versatile fluorometer in its class. Outperforming Qubit® and other tube fluorometers, the QFX provides enhanced data quality, powerful software, and full network integration for effortless data handling.
QFX FLUOROMETER
The QFX Fluorometer sets the benchmark for fluorometric quantification, delivering superior sensitivity, accuracy, and reproducibility. Designed for nucleic acid and protein analysis, it features four fluorescent channels, built-in assay measurement apps, and the ability to create custom applications, making it the most versatile fluorometer in its class. Outperforming Qubit® and other tube fluorometers, the QFX provides enhanced data quality, powerful software, and full network integration for effortless data handling.
READ MOREADVANCED FLUORESCENCE DETECTION
Paired with DeNovix Fluorescence Assays, the QFX Fluorometer offers an exceptional dynamic range, quantifying DNA from 0.5 pg/µL to 4000 ng/µL. It is the ideal solution for low-concentration and degraded sample analysis, ensuring reliable detection even in the presence of contaminants.
Built on an Android™ operating system, the QFX Fluorometer features an intuitive touchscreen interface with EasyApps® software, simplifying assay setup, sample analysis, and data management. The software includes:
✔ Pre-installed Assay Measurement Apps for easy, out-of-the-box operation
✔ Custom Assay Creation to support unique research needs
✔ Real-time Data Visualization for instant analysis and decision-making
The system’s robust connectivity options, including Wi-Fi, Ethernet, and USB, ensure effortless data export and sharing. Users can send results via email, save them to network drives or USB storage devices, or print directly from the instrument.
SMART CONNECTIVITY & USER-FRIENDLY DESIGN