Resolves overlapping events by analyzing the full ion cloud, enabling up to 3× higher acquisition speed without compromising resolution
By analyzing the full ion cloud shape of each event, Doublet Recovery™ identifies and splits doublets, triplets, and even quadruplets into their original singlets. This allows you to:
• Increase throughput 3× — run up to 700+ clean single-cell events/second
• Recover rare samples — even from existing datasets, post-acquisition
• Expand daily capacity — go from 2–3 runs/day to 6–8, with no extra instrument time
Whether you're running large batch experiments or rescuing precious clinical material, Doublet Recovery™ helps you get more from every run — faster, cleaner, and with higher confidence.
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Pre-FCS algorithm detects multiplets at the raw data level
Singlet reconstruction splits each event into its original components
Enhanced FCS files with all recovered events are returned for analysis
Proven across sample densities up to 1.3M cells/mL with >90% recovery rate, Doublet Recovery™ pushes your instrument’s limits — not your data’s quality.
We use SCIDENTIFY tech to develop internal standards for our state-of-the-art optical process. Their ability to access information in the ion cloud is unprecedented.
SCIDENTIFYs morphological parameters enhance the accuracy of downstream clustering algorithms.
We use SCIDENTIFY services to improve our fluorescent nanoparticle product-line. They have provided us such a deep-understanding of our system. Amazing!
