Nexcelom Revvity Cellaca MX FL2 High-Speed Fluorescence and Brightfield Cell Counter Cytometer

The Nexcelom Revvity Cellaca MX FL2 is a high-throughput plate-based cell counter cytometer designed for rapid and automated analysis of cell viability, concentration, and fluorescence markers. This advanced instrument integrates brightfield imaging with dual fluorescence detection—green (excitation 470 nm/emission 534 nm) and red (excitation 527 nm/emission 655 nm)—supporting widely used dyes such as Trypan Blue and AO/PI.

Key technical features include:

• Simultaneous analysis of 24 samples with a throughput of under 3 minutes per run, ideal for high-volume molecular diagnostics and biomanufacturing workflows.
• Sample volume flexibility: accepts 25–100 µL per well with total well volume capacity of 50–200 µL, accommodating diverse experimental protocols in biotechnology and cell biology.
• Size and concentration range: cell diameters from 5 to 80 µm and concentration detection between 1×10^5 to 1×10^7 cells/mL, suitable for mammalian cell cultures and primary cells in gene editing or synthetic biology research.
• Automated autofocus and imaging system ensures consistent, reproducible brightfield and fluorescence capture for applications such as immunophenotyping, transfection efficiency, cell cycle, and apoptosis studies.
• Dimensions: 13 x 13 x 16 in (33 x 33 x 41 cm); weight: 42 lbs (19 kg), allowing benchtop placement in clinical diagnostics or biotechnology labs.

The Cellaca MX FL2 is compatible with automation systems and designed to integrate seamlessly into bioprocessing pipelines, essential for molecular cloning workflows and live-cell fluorescence analysis. The accompanying software supports robust data acquisition and analysis, enhancing reproducibility in cell-based assays critical for synthetic biology and biopharmaceutical research.

Included accessories: computer with Matrix software, communication and power cables. The unit is fully tested, serviced, and warranted (120 days US, 60 days international), supported by a comprehensive verification process, including fluorescence channel and imaging performance validation, ensuring reliable operation for demanding biomedical engineering and clinical research applications.

This instrument is widely adopted in research environments requiring fast, accurate quantitative cell analysis with fluorescence capabilities—making it an essential solution for advanced cell biology and biotechnology laboratories.