Stellaromics

Stellaromics

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Private Company

Total funding raised: $31M

Overview

Stellaromics is an early-stage private company developing the Pyxa platform, which it describes as the first automated 3D spatial multi-omics platform. The integrated system combines sample preparation, volumetric confocal imaging, and AI-driven data analysis to enable researchers to study thick tissue sections and model complex biology in its native 3D architecture. With a leadership team featuring veterans from genomics and instrumentation and scientific founders from Stanford and the Broad Institute, the company is targeting the rapidly growing spatial biology market with a differentiated, high-throughput solution.

AI / Machine LearningGenetics & Genomics

Technology Platform

Pyxa platform: an integrated system for automated 3D spatial multi-omics, combining sample preparation, volumetric confocal imaging, and AI-driven data analysis and visualization.

Funding History

2
Total raised:$31M
Series A$25M
Seed$6M

Opportunities

The company is targeting the high-growth spatial biology market with a first-to-market, integrated 3D platform.
Strong early validation from top-tier research institutions in neuroscience and oncology provides a foundation for rapid adoption in academia and pharma R&D, where understanding volumetric tissue architecture is critical.

Risk Factors

Key risks include the technical challenge of managing and analyzing exponentially larger 3D datasets, intense competition from well-funded incumbents in spatial biology, and the commercial execution risk of scaling a complex hardware/software platform from early access to broad market adoption.

Competitive Landscape

Stellaromics competes in the spatial biology market against dominant 2D players like 10x Genomics, NanoString, and Akoya Biosciences. Its primary differentiation is its automated, integrated workflow for 3D volumetric analysis, a niche where few commercial solutions exist. It may also face future competition from other startups and the incumbents' own 3D development efforts.