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

The Nexcelom Revvity Cellaca MX FL2 is a high-throughput, automated cell counter cytometer designed for fluorescence and brightfield cell analysis, widely used in biotechnology, molecular diagnostics, and biomedical research. It supports processing of up to 24 samples simultaneously in a plate-based format, enabling rapid, reproducible measurement of cell concentration and viability critical for bioprocessing and synthetic biology workflows.

Key technical features include:

• Dual fluorescence channels (Green and Red) with excitation LEDs at 470 nm and 527 nm and emission filters at 534 nm and 655 nm, compatible with common dyes such as Trypan Blue and AO/PI.
• Fast processing: completes analysis of 24 samples in under 3 minutes, with Trypan Blue viability counts in about 48 seconds per batch.
• Versatile sample volume range of 25 µL to 100 µL per well, and well volume of up to 200 µL, accommodating diverse assay requirements.
• Size detection range of 5–80 µm diameter cells and concentration range from 1×10^5 to 1×10^7 cells/mL.
• Automated autofocus and high-resolution imaging in both brightfield and fluorescence modes ensure consistent data quality and reliability.
• Compact footprint (33 x 33 x 41 cm) and moderate weight (42 lbs / 19 kg) fit typical laboratory benchtops, facilitating integration with automation systems for streamlined workflows.

Applications include cell viability and concentration assays, immunophenotyping via fluorescence markers, transfection efficiency measurement, and cell cycle/apoptosis studies. Its precise and rapid analysis capabilities make it essential for molecular cloning workflows, biopharmaceutical production pipelines, and other biotechnology research domains requiring reliable cell quantification and fluorescence-based phenotyping.

This cytometer is fully tested, verified for camera and fluorescence channel performance, and serviced by specialist technicians to guarantee operational integrity. It is commonly adopted in cell biology laboratories engaged in synthetic biology, gene editing, and biomedical engineering research.

Keywords integrated naturally: high-speed cell counter, fluorescence cytometer, brightfield cell analysis, automated cell viability analyzer, plate-based cell counter, molecular diagnostics instrumentation, bioprocessing cell quantification, synthetic biology cell phenotyping.