Sphere Bio

Sphere Bio

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Private Company

Total funding raised: $3.2M

Overview

Sphere Bio is a private, platform-technology company that has developed the Cyto-Mine® suite of instruments and reagents for high-throughput single-cell screening and isolation. Its core technology uses biocompatible picodroplets to encapsulate individual cells, allowing for the gentle analysis of millions of cells per day to identify rare, high-producing clones for biologics development. The company appears to be in an early-revenue stage, selling its platforms and consumables to biopharma and research clients, and was recently acquired by Fluidic Sciences, integrating it into a broader portfolio. Sphere Bio's solutions address critical bottlenecks in drug discovery, aiming to reduce timelines and increase confidence in cell selection.

Drug DeliveryBiologics

Technology Platform

Proprietary picodroplet microfluidic technology for high-throughput single-cell encapsulation, multiplexed analysis, and isolation with monoclonality assurance.

Funding History

1
Total raised:$3.2M
Seed$3.2M

Opportunities

The growing demand for faster, more efficient biologics development and the rapid expansion of the cell therapy market create significant opportunities for high-throughput single-cell screening platforms.
Integration into Fluidic Sciences' broader portfolio allows for offering end-to-end solutions from cell screening to protein characterization.

Risk Factors

Facing competition from other single-cell analysis platforms and the challenge of displacing entrenched laboratory methods.
Success is now also dependent on the effective integration and strategic execution by the parent company, Fluidic Sciences, following the acquisition.

Competitive Landscape

Sphere Bio competes in the single-cell analysis and isolation market against companies like Berkeley Lights (nanowell technology), 10x Genomics (barcoding for genomics), and traditional methods like FACS and limiting dilution. Its differentiation lies in the gentle, high-throughput picodroplet microfluidics approach combined with integrated monoclonality documentation.