The idea is simple: a microfluidic chip for cosmetic testing moves small amounts of liquid (like blood or product samples) through tiny channels, like fluids moving through our body. Skin tissues or models can be placed inside the chip to test how they react to different ingredients. What's clever about this setup is that it keeps the tissues active for longer, and the results closely match how human skin would behave in real life.



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For years, cosmetic testing has relied on primary methods: animal testing and in vitro research using 2D or 3D cellular cultures. While those approaches have contributed to skincare research, we come with limitations. Animal skin differs from human skin, making effects less predictable. Meanwhile, static cell cultures do not fully replicate real-life conditions, as we lack continuous blood flow and natural cell interactions.


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The Digital Skin Analysis System is a unique tool designed to examine the skin using distinctive types of light and imaging techniques. It captures high-resolution images and provides a detailed report on various skin concerns, including wrinkles, pores, pigmentation, hydration levels, and more. This system is typically used by dermatologists, skin care professionals, and beauty clinics to assess a person’s skin health and recommend appropriate treatments.

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