Organ-On-A-Chip

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...

These bioceramic scaffolds provide a bone-like niche for in vitro studies such as disease modeling or drug screening. They are 3D printed and resemble native bone in terms of physical and structural...

Easily stop the flow by sliding those clamps over the silicone tubing in your experiment.  General These clamps are designed to easily slide over the silicone tube, allowing to stop the flow of your...

These supports help improve the stability and positioning of the cell medium reservoirs in your microfluidic and organ-on-chip experiments. They are compatible with 50mL Falcon tubes as well as...

This organ-on-a-chips kit includes everything needed to start using organ-on-a-chip technology from chips to accessories and protocols. The chips included in the kit have a Y bifurcation design with...

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,...

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 channel surrounded by two outer channels,...

The Fluidic 983 Channel Interaction Chip by Microfluidic ChipShop enables the assessment of molecules migrating between compartments under microfluidic flow. It features 5 independent channel designs...

A pack of 4 resealable top and bottom layers with topconnect interface to create an organ-on-a-chip device, manufactured in borosilicate glass. General Resealable organ-on-a-chip devices offer many...

A pack of 12 membranes in PET, to be used with Micronit organ-on-a-chip top and bottom layers. Available with various pore sizes: 0.45 µm, 1 µm, 3 µm, and 8 µm. General Membranes are essential in...

SynTox is a new 3D toxicology model, modeling a histological tissue slice under dynamic conditions. While other in vitro models fail to reproduce physiological features like morphological size or...

SynRAM model is a complete platform to study the inflammation pathway in a realistic environment. Enabling real-time tracking of rolling, adhesion and migration processes, it recreates a histological...

SynTumor is a 3D tissue model for cell-cell and cell-drug interaction in a realistic tumor environment. Get as close as possible to in vivo experiments while controlling every aspect of the...