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Advancing Frontier Technologies

From Chips to Clinics

Driving Organoid-Chip Innovation for Human Health  
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Organoid Culture

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Organoid-on-Chips

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AI-Powered Drug Screening

 

Regulatory News
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“For too long, drug manufacturers have performed additional animal testing of drugs that have data in broad human use internationally. This initiative marks a paradigm shift in drug evaluation and holds promise to accelerate cures and meaningful treatments for Americans while reducing animal use,” said FDA Commissioner Martin A. Makary, M.D., M.P.H. “By leveraging AI-based computational modeling, human organ model-based lab testing, and real-world human data, we can get safer treatments to patients faster and more reliably, while also reducing R&D costs and drug prices. It is a win-win for public health and ethics.”

​About Us

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Instruments

AEOLUS LiveCell Imager 3D
 

The Intelligent Eye for Organoid Research

From Observation to Intelligent Insight

 

AI-driven high-fidelity organoid imaging to accelerate drug discovery and personalized therapy.

Core System Capabilities

Precision Imaging Engine

Multi-Modal Flexibility

Dynamic Live-Cell Monitoring

AI-Powered Analytics Suite

AEOLUS OrganoidAutoLab™  Platform

The SmartRobot™ for Organoid Research

The Bridge to Reproducible Human Biology at Scale

 

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Multi-functions in 1

Drug Discovery & Screening

Precision Medicine & Companion Diagnostics

Basic Research & Model Development

OrganoPlate

We provide OrganoPlate on-Demand
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Choose the Format That Fits Your Biology

Open-Format Co-culture Chip

1-2-3 interconnected microfluidic channels, separated by phase guide structures.
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Lateral Co-culture Chip

Lateral Co-culture Chip

Perfusion Ring Chip

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Employs a sandwich design: a central gel channel for housing the organoid, flanked by two adjacent flow channels for perfusing cell suspensions.

Perfusion Ring Chip

Designed with a closed-loop circular or spiral main channel, with organoid culture chambers arrayed along its path to enable continuous recirculating perfusion.

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Vertical Barrier Chip

Utilizes a two-layer vertical structure, separated by a porous, permeable membrane barrier. Different cell types or organoids can be seeded in the upper and lower chambers independently.

Organ Models

An integrated closed-loop platform enabling personalized oncology from patient modeling to intelligent therapy prediction.

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AI analyzes multimodal organoid data to predict drug efficacy, resistance, and toxicity, de-risking clinical translation.

Automated organ-on-chip systems enable physiologically relevant, high-throughput drug and combination screening.

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We create patient-specific tumor organoids that faithfully model original tumors for biologically relevant testing.

Aeolus self-constructed organoid model

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