Organ-On-A-Chip Devices

The NANOSTACKS platform is a groundbreaking system that simplifies the creation of complex in vitro models, enabling both cell-cell and organ-organ interactions. Designed to be compatible with...

The HUMIMIC Chip4 is a cutting-edge multi-organ-on-a-chip platform allowing the simultaneous culture of up to five tissue types. This chip is composed two microfluidic circuits separated by a porous...

The HUMIMIC Chip3 and Chip3plus are cutting-edge organ-on-a-chip platforms allowing the simultaneous culture of three tissue types in a single microfluidic circuit. It provides a more realistic and...

The HUMIMIC Chip2 is a cutting-edge organ-on-a-chip platform allowing the simultaneous culture of two tissue types in a single microfluidic circuit. Each chip displays 2 independent microfluidic...

The TriaLink MEA NeoBento™ features 8 chips per plate. The plate features a MicroElectrod Array (MEA) layer to record the activity of the neurons. The TriaLink MEA architecture has been specially...

The TriaLink NeoBento™ features 8 or 16 chips per plate. The TriaLink architecture has been specially designed to create fluidic isolation and co-culture up to 3 cell types. All channels are...

The DuaLink Shift MEA NeoBento™ features 8 chips per plate. The DuaLink Shift MEA assymetrical architecture has been specially designed to create a synaptic compartment. The plate features a...

The DuaLink NeoBento™ features 8 chips per plate. The DuaLink architecture has been specially designed to create fluidic isolation and co-culture of up to 2 cell types. The plate features a...

The DuaLink Shift NeoBento™ features 8 or 16 chips per plate. The DuaLink Shift assymetrical architecture has been specially designed to create a synaptic compartment. Both channels are connected by...

The DuaLink NeoBento™ features 8 or 16 chips per plate. The DuaLink architecture has been specially designed to create fluidic isolation and co-culture of up to 2 cell types. Both channels are...

The tissue-to-tissue barrier chip MEPS-TBC-WL (lower well type), is a human tissue culture platform that allows the modeling of human physiology and pathology of key organs at a tissue level. The...

The tissue-to-tissue barrier chip MEPS-TBC-CH (lower channel type), is a human tissue culture platform that allows the modeling of human physiology and pathology of key organs at a tissue level. The...

The human tissue barrier chip platform MEPS-TBC is an organ-on-a-chip device designed to construct 2D-3D hybrid microfluidics compartments, where the vascular endothelium interacts with perivascular...

The Fluidic 1380 Scaffold & 3D Culture Integration Chip manufactured by ChipShop features a central compartment for sample integration. The inlets and outlets with integrated Mini Luer connections...

This open version of Fluidic 653 Organ-on-a-Chip features two distinct culture chambers, accessible via multiple inlets and outlets, allowing co-culture of various cell types within two separate...

The Fluidic 1356 chip manufactured by ChipShop is a multi-organ-on-a-chip platform displaying four connected chambers as well as detection ports for sensor integration. The inlets and outlets with...

The Fluidic 923 chip manufactured by ChipShop is a multi-organ-on-a-chip platform displaying four connected chambers to culture cells and study the interaction between them. The inlets and outlets...

This vessel-on-a-chip technology utilizes circular channels, to better mimic human physiological conditions, enabling the modeling of angiogenesis and biological barrier functions under flow. The...

This organ-on-a-chip provides 3 bifurcation designs on one chip to mimic blood vessels. This is particularly interesting for the study of endothelium biology through a physiological model. This...

This organ-on-a-chip design models a "vessel" bifurcation, a key element in endothelium biology and the onset of cardiovascular diseases. This device accurately mimics vascular geometries and...

This organ-on-a-chip offers several straight channels with circular or semicircular channel sections. Made of PDMS and glass, the chip can feature 4 or 6 channels to perform parallel experiments of...

Microvascular network chips allow replication of in vivo cell/particle or cell/cell interactions based on actual microvascular network images for more physiological modeling. These chips come in a...

These idealized co-culture designs are helpful tools in the organ-on-chip field to mimic cellular interactions in vitro and model several biological systems in 3D. This design is composed of a...

These idealized co-culture designs are helpful tools in the organ-on-chip field to mimic cellular interactions in vitro. This design is composed of a central chamber surrounded by two outer channels,...