Real-Time Biology,
Real-World Impact
Accessible Science & Transformative Research
Explore Our Systems
We’ve engineered three organ-specific platforms to reflect the unique structure, function, and microbiome of key tissues.
Supports anaerobic microbiome co-culture and nutrient absorption studies.
Models airway epithelium under air–liquid interface with pollutant exposure.
Dynamics across gynaecological environments.
Who We Empower
Researchers
Study complex tissue and microbiome dynamics in real time, bridging the gap between in vitro and in vivo.
Clinicians
Build personalised models to identify biomarkers and test therapies with patient-specific relevance.
Pharma
Run high-throughput, animal-free drug screening in predictive, human-relevant systems.
Regulators & Policymakers
Align with the 3Rs using reproducible, ethical platforms.
Innovators & SMEs
Integrate advanced modelling into bespoke pipelines. No specialist infrastructure required.
From cells to systems, see biology as it happens..
Why are we still relying on oversimplified models and animal systems to study human biology?
Our organ-on-a-chip platform was developed to address the limitations of traditional 2D cultures and animal models, which struggle to replicate the complexity of living human tissues. After three years of development, our team combined expertise in microfluidics, microscopy, and host–microbiome biology to create a modular, low-cost system that mimics vascularised tissue under realistic flow conditions. Designed for dynamic imaging and biological fidelity, it offers researchers a “living histology” that brings human-relevant science to life.
The Breakthrough
InViFlo recreates living tissue with realistic flow, allowing real-time, high-resolution imaging of disease, treatment response, and microbiome dynamics. It replaces outdated models with an accessible, human-relevant system built for modern research.
Why InViFlo Stands Apart
Physiological Flow
Vascular-mimicking microfluidics reduce artificial stress and support natural signalling.
Imaging-Ready
Compatible with super-resolution and live-cell microscopy for dynamic tissue visualisation.
Modular & Multi-Organ
Connect systems to study tissue crosstalk and systemic effects.
Accessible & Ethical
Low-cost, animal-free, and designed for widespread adoption.
Tissue-Specific Precision
Tailored platforms for intestines, lungs, and gynaecological tissues—with liver in development.
