Flow Cytometry Solutions
for Life Sciences, Diagnostics and Clinical Research
Our goal in flow cytometry is to help achieve your goals by providing the technology you need to get the most accurate and reproducible results, whether for routine cell based assays or for high-complexity flow cytometry applications. For basic researchers who want to harness the power of high dimensional single cell analysis, software that streamlines instrumentation operation without compromising the performance are required. For the clinical diagnostic laboratories that are constantly under pressure to do more with less, our solutions streamline the workflow and eliminate time-consuming manual steps that can result in costly errors. Some Applications: Immunophenotyping - Nanoscale - HIV - Stem Cell and other applications
Explore our flow cytometry solutions below: Ask our experts
Our Flow cytometry product categories
Cytobank
Advance your high dimensional single cell data analysis
The Beckman Coulter Cytobank is a cloud-based platform that offers machine-learning assisted analysis of high dimensional single cell data. Tired of having to copy-paste values between different software to test for statistical significance? If you need a tool that provides a quick overview of your results, identifying statistically relevant differences between samples, everything within your analysis software, join the Cytobank platform and move from event-level data to summary statistics in a few clicks.
SuperNova: Next Generation
Fluorescent Polymer Dyes for Flow Cytometry
SuperNova conjugated antibodies not only deliver unique brightness for flow cytometry staining, but also generate limited non-specific staining through our proprietary formulation.
SuperNova v428 is a new violet laser (405 nm)-excitable water-soluble polymer dye which shows exceptional brightness. This is attributed to its high extinction coefficient (~3 million Lmol-1 cm-1) and fluorescence quantum yield (~0.6) in phosphate buffer. Excitation maximum of this polymer is measured at 414 nm and its emission maximum is at 428 nm which can be detected using a 450/50 bandpass filter or equivalent in a flow cytometer.