OrganoPlate® 2-lane
The OrganoPlate 2-lane 400 features 96 independent culture cells, each supporting one in-gel culture and a perfusion channel, that can contain a perfused tubular tissue. The lanes are 400 micron-wide....
Our vision is to create the simplest device for the most complex 3D biology. With perfused vessels, co-cultures and optimized microenvironments. And so easy-to-use that you almost forget you’re working with probably the most advanced tissue culture platform ever. With the OrganoPlate®, that vision is now here. Say hello to the OrganoPlate®, the future of 3D tissue models.
The OrganoPlate 2-lane 400 features 96 independent culture cells, each supporting one in-gel culture and a perfusion channel, that can contain a perfused tubular tissue. The lanes are 400 micron-wide....
The OrganoPlate® Graft is the first in vitro cell culture platform that allows vascularization of 3D tissues like spheroids, organoids, and tumors in vitro.
The OrganoPlate 3-lane features 40 independent culture cells, each supporting adjacent in-gel culture and 2 perfusion channels, that can contain perfused tubular tissues. The 3-lane models supports ap...
The Perfusion Rocker™ Mini provides a continuous medium flow in the OrganoPlate® with minimal settings required. Perfusion Rockers™ feature optimized angles, time settings and programs for use with th...
Our vision is to create the simplest device for the most complex 3D biology. With perfused vessels, co-cultures and optimized microenvironments. And so easy-to-use that you almost forget you’re working with probably the most advanced tissue culture platform ever. With the OrganoPlate®, that vision is now here. Say hello to the OrganoPlate®, the future of 3D tissue models.
We all want better medicines, that’s obvious. To make this possible, we need better disease models, fully human and physiologically relevant. Truly informative tools, compatible with compounds and with high-throughput readout equipment. And of course, we need them today, rather than tomorrow. As true pioneers in organ-on-a-chip biology, we are proud to develop any-throughput human tissue and disease models in the OrganoPlate® for the industry.