Organ-on-Chip

Organs-on-Chip are a powerful tool for advancing our understanding of human biology, getting new insight on mechanisms underlying human diseases, allowing more accurate predictions of drug safety and efficacy in humans and much more. Organ-on-a-Chip technology is transforming biomedical research and drug discovery by mimicking real human organ functions.

Organ-on-Chip

Human-Relevant Data
Through Physiological Motion

Bridging the gap between the lab and the human body. Organ-on-Chip (OoC) technology is a decisive shift in drug development & compounds testing. By replicating complex human organ functions on a microchip, we provide scientists with the platform needed to study diseases and test therapies with unprecedented accuracy.

Why AlveoliX?

Human-Relevant Data
Move beyond static culture limitations; mimic natural dynamic conditions.
De-Risk Your Pipeline
Identify potential failures early to reduce late-stage clinical rejection.
Faster Time-to-Market
Reduce animal testing and accelerate R&D with predictive results.
Ethical Innovation
Transition to a smarter, animal-free, and more precise way to innovate.

“Our OoC systems are miniature, cell-based models that replicate the smallest functional units of human organs. By integrating microfluidics, precision engineering, and materials science, we create a micro-environment that simulates both healthy and diseased tissue states. Unlike traditional laboratory cultures, AlveoliX technology restores the mechanical stimuli that cells need to behave as they do in a living organism.”

Three Pillars

Pillar 1: Ultra-thin Membrane

3.5µm thickness for realistic cell-to-cell interaction.

Pillar 2: Dynamic Stretch

Patented cyclic mechanical actuation that stretches the membrane to reproduce the physiological cues cells experience in the body.

Pillar 3: Plug & Play

Standard 96-well plate footprint that fits existing lab equipment.

How the AX12 Replicates Life

The Interface

Basal and apical compartments are separated by our ultra-thin membrane.

The Actuation

Pneumatic pressure applies a cyclic stretch to the membrane.

The Result

Cells experience life-like mechanical cues and differentiate and function as they would in the human body.

Ready to upgrade your R&D?

Discover how our Organ-on-Chip platform can transform your pipeline
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