Microfluidic Culture Plates for Perfused 3D Cell Culture

Tools for creating dynamic, human-relevant tissue models.

The OrganoPlate® provides a reliable, scalable foundation for modeling in vivo-like biology, directly at the bench and on your terms.

Non-absorbant materials |Proprietary manufacturing

MPS Industry standard since 2014

Two black and white seed starting trays with grid patterns
40 to 96 microfluidic chips
150 μm thin microscope grade glass
Chips with proprietary PhaseGuidetechnology
Circuit board or electronic component with interconnected circular nodes
Microtiter plate footprint
Top print for user orientation
  • 40 to 96 microfluidic chips
  • 150μm thin microscope grade glass
  • Chips with proprietory
PhaseGuideTM technology
  • Microtiter plate footprint
  • Top print for user orientation

One Platform for All Tissue Cultures.

With the OrganoPlate® platform you can capture all cell culture modalities with one single platform.

Get inspired by our resources
Perfused barrier models
Angiogenesis and cellular outgrowth
Vascular network
Cell migration
Co-culture systems

Choose the Format That Fits Your Biology

FormatSpecificationBest for
Format: 
OrganoPlate® 3-lane 64
Specification: 

64 tissue culture chips, 3 channels per chip, apical and basolateral access

Best for: 

Perfused epithelial tubules and blood vessels, co-culture, TEER and transport measurements, angiogenesis and cell migration

Optimized for automation workflows and easy manual handling.

Format: 
OrganoPlate® 3-lane 40
Specification: 

40 tissue culture chips, 3 channels per chip, apical and basolateral access

Best for: 

Perfused epithelial tubules and blood vessels, co-culture, TEER and transport measurements, angiogenesis and cell migration.

Format: 
OrganoPlate® Graft
Specification: 

64 tissue culture chips, 1 grafting chamber with 2 adjacent channels, apical and basolateral access

Best for: 

Tissue grafting (organoid, spheroid or tumor tissue) up to 1mm, perfused 3D culture, 3-layer co-culture, barrier integrity and transport, angiogenesis, gradient formation and cell migration.

Optimized for automation workflows.

Format: 
OrganoPlate® 2-lane 96
Specification: 

96 tissue culture chips, 2 channels per chip, apical access only

Best for: 

Perfused epithelial tubules and blood vessels, 2-layer co-culture.

Getting Started With the OrganoPlate® Platform

Our platform is designed with ease-of-use and flexibility in mind – all you need is an OrganoPlate®, a pipette and an OrganoFlow® device to get your 3D, perfused cultures started.

MIMETAS offers starter packages to help you quickly implement the OrganoPlate platform in your lab, including training on standard applications.

For more advanced users, we recommend the OrganoTEER®device, a reliable solution for real-time monitoring of epithelial barrier integrity, supporting both quality control and experimental readouts.

Looking to streamline your workflow even further? Our OrganoReady® models are pre-cultured and shipped assay-ready, allowing you to start compound testing immediately upon arrival.

Check out our offerings: 

Learn about our custom CRO Services and see how our team can support your science in our labs.

Explore our services
Yellow quotation marks or speech bubbles on a white background
Philip Hewitt

Early Investigative Toxicology,
Pre-clinical Safety, Merck

Merck company logo in blue stylized wavy lettering on white background

“The OrganoPlate® platform with the OrganoTEER® device will become a standardized assay in our early investigative toxicology drug screening workflow. With the OrganoPlate® platform, we see a reproducible early screen for intestinal toxicity, and the first example internally of an advanced cell model being implemented into routine testing.‍

To date, the OrganoReady® Caco-2 model is for us, at Merck, the most suitable platform offering at the same time scalability, speed, robustness, ease of handling, with low compound needs.”

Ready to Design Your Next Model?

The OrganoPlate® platform gives you the technical power to build advanced in vitro biology. Whether you’re designing the model yourself or looking to partner with MIMETAS to bring it to life faster, we’re here to help.