Organ-Chip Consumables for Zoë Culture Module

A range of Organ-Chip designs enabling a variety of biological applications

Emulate offers three types of Organ-Chip consumables for modeling a diverse range of human biology on Zoë Culture Module. Whether you need to incorporate cyclic stretch, model 3D gel-based tissues, or minimize drug absorption, there is a chip specifically designed for your novel research needs.

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Chip-S1® Stretchable Chip

The pioneering Organ-Chip design that started a revolution in human-relevant in vitro modeling.

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Chip-R1™ Rigid Chip

Improve precision in ADME and Toxicology applications with a low-drug-absorption profile.

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Chip-A1™ Accessible Chip

Model complex 3D tissues with the ability to directly apply topical or aerosolized drugs.

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The Portfolio At a Glance

Feature	Chip-S1	Chip-R1	Chip-A1
Independent flow in both channels	Yes	Yes	Yes

Stretch	Yes	No	Yes


Compound dosing options	Vascular dosing via Pod Epithelial dosing via Pod	Vascular dosing via Pod Epithelial dosing via Pod	Vascular dosing via Pod Epithelial dosing via Pod Direct topical treatment (top chamber only) Direct aerosolized treatment (top chamber only)


Recommended Biological models	Epithelial-endothelial models that require stretch	Epithelial-endothelial models that do not require stretch Models that will be treated with lipophilic small molecules	ECM gel-based models Stratified or 3D Models that require direct epithelial access for compound/drug exposure
Chip material	PDMS	Low drug-absorbing rigid plastic with a polycarbonate tissue culture membrane	PDMS

Selection Chart

Which Organ-Chip is Right for You?

Download this selection chart to help you decide which Organ-Chip design is best suited for your research needs.

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Emulate Community Models

The scientific community has published over 30 different models using Emulate Organ-on-a-Chip technology. Download the Publications Digest to explore the various ways Organ-Chips are being used to advance human-relevant research!