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A 3D BBB-on-a-chip model using primary human brain endothelial cells, offering tight junction integrity, transporter expression, and TEER-based readouts—ideal for high-throughput drug transport and neurotoxicity studies.

An automated 3D blood vessel-on-a-chip model used to assess snake venom-induced endothelial toxicity in real-time, offering physiologically relevant insights into vascular damage and hemorrhagic mechanisms for toxicology and pharmacology research.

An assay-ready 3D colon organoid model for automated, high-throughput screening of drug-induced gastrointestinal toxicity—offering physiologically relevant architecture, perfusion, and mechanistic readouts for accurate toxicity evaluation.

An advanced Airway-on-a-Chip model that mimics the human airway microenvironment to study pulmonary fibrosis, combining vascular interaction, mucus-producing epithelium, and high-throughput scalability for drug discovery and disease modeling.

A microfluidic PDAC-on-a-chip model co-culturing organoids with stromal cells to mimic tumor hypoxia and stroma—supporting high-throughput drug screening and patient-specific therapy development for pancreatic cancer.

A 3D ALS-on-a-Chip model using iPSC-derived motor neurons for studying axonal damage and outgrowth—offering a patient-relevant platform to investigate ALS mechanisms and support personalized therapy development.