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Platform & Products
Organ-Chips, Hardware, and Apps
Deeper Insights into Human Biology Allows researchers to study human biology and disease in ways not possible with animals
Human-Relevant Drug Discovery Accurate data helps researchers identify new drug targets and biomarkers
Improve R&D Decision Making Enables researchers to focus on new medicines that are most likely to succeed

Lab-ready Research Platform

We’ve democratized our Organs-on-Chips technology into an easy-to-use, lab-ready system.
The platform is comprised of Organ-Chips, hardware, and software apps.

 

Organ-Chips We've packaged our Organ-Chips into a range of Bio-Kits that contain everything you need to conduct your study.
Hardware Automated, easy-to-use instrumentation for robust and reproducible studies.
Apps We're creating an ecosystem of apps to manage studies, help teams collaborate, and analyze complex data.

Hardware & Apps

Our hardware and software is modular.
The products can be setup to suit the lab environment — from single-user, to larger R&D workflows.

Modular & Scalable Start small, grow as needed. Designed to expand to your needs.
Automated Automates the cell culture process, making the technology easy-to-use.
Reproducible Data Offers more precision and control than animal models.
Our Chip-S1 is a living, micro-engineered environment that recreates the natural physiology and mechanical forces that cells experience within the human body.
One Chip, Many Organs Our Chip-S1 can be configured to emulate lung, liver, intestine, kidney, and brain. It can also be used as a platform to study a variety of diseases.
Complex & Dynamic The chip recreates the body’s dynamic cellular microenvironment, including tissue-to-tissue interfaces, blood flow, and mechanical forces, such as breathing and peristalsis.
Reproducible Data The chip’s design has been manufactured at scale to provide reproducible study results, from one chip to the next.
The Pod houses the chip, supplies media, and enables compatibility with microscopes or other analysis equipment.
Portability & Integration The Pods allows simple portability of Organ-Chips between our hardware and analysis equipment in your lab.
Easy Imaging The Pod is designed to allow Organ-Chips to be easily transported and placed on standard microscopes for imaging.
Blood Flow & Dosing Control The Pod's reservoirs allow users to introduce nutrient media or blood, precisely control dosing to test drugs or other inputs, and sample chip effluent.
Zoë means life. Our culture module automates cell culture, providing the environment cells need to live.
Automated Cell Culture Zoë automates the precise conditions needed for simultaneous cell culture of up to 12 Organ-Chips.
Blood Flow Zoë provides the fluidic system that controls and automates blood flow in the channels of Organ-Chips.
Mechanical Forces Users can determine stretch parameters — including frequency and amplitude — of the Organ-Chip membrane to recreate breathing or peristalsis.
Each hub module allows you to connect up to four Zoë culture modules easily inside your lab.
Connects to up to Four Zoës Modularity makes it easy to install and run experiments in multiple Zoës.
Gas, Energy, Stretch Provides the precise mixture of CO2, electricity, and vacuum stretch to Zoë.
Performance Monitoring The Orb provides simple alerts to users if the system needs attention, helping to maintain optimal study conditions.
Apps We are developing a suite of apps to connect our community of users onto a shared technology platform.
Study Management Our apps are being designed to help users plan, execute, and manage experiments with our system.
Team Collaboration We are creating a shared ecosystem for teams to collaborate with shared protocols and standardized data.
Data
Analysis
Our platform is being designed to collect, visualize, and interpret datasets to improve understanding of human biology and disease.

Early Adopter Program

Our platform and products are currently being released to select labs to advance disease research, drug development, regulatory sciences, and for new precision medicine applications.