Biomaterial 3D Printing Technology
for Advanced Research
We cultivate human tissues in 3D microfluidics to recreate the complex functions and behaviors of native human organs — all at incredible throughput.
Future-proofing the next century
We cultivate human tissues in 3D microfluidics to recreate the complex functions and behaviors of native human organs — all at incredible throughput. Our platform bridges the gap between preclinical studies and clinical trials.
Lung Airway Model
Our large and small airway models replicate the hallmark features of the bronchi and bronchioles within the lung, comprising beating ciliated cells, mucus producing goblet cells, mature epithelial basal cells and protective club cells. Lung cell differentiation and mucociliary beating is achieved via culture with an air-liquid interface.
Liver Model
Our liver-on-a-chip enables deep analysis of native liver functions such as drug metabolism, protein synthesis, waste clearance and blood glucose regulation. The fully vascularized liver model supports urea synthesis and albumin production, the formation of robust bile canaliculi, and quantification of drug-induced liver toxicity (DILI).
Blood-Brain Barrier
The blood-brain barrier (BBB)-on-a-chip comprises specialized microvascular networks, mural cells, and astrocytes that together mimic the barrier function of the human BBB. This platform can be leveraged to screen the transport of drugs targeted to the brain for neurological and psychiatric diseases.
Intestine Model
Our intestine-on-a-chip encompasses villi-like structures and the major intestinal cell types including enterocytes, enteroendocrine cells, goblet cells, and paneth cells. The model reproduces key functions of the intestine, pathological features of IBD and innate immune responses.
Interactive Data Reporting
Our platform doesn't just generate tissues; it generates deep, actionable insights. We provide comprehensive interactive reports that allow you to:
Intuitive Exploration
Navigate complex datasets with ease using our interactive dashboards.
Trend Analysis
Visualize longitudinal data to better understand biological trends and drug responses.
Easy Sharing
Save reports and share findings instantly with your team or stakeholders.