Skin changes are often visible but can be very difficult to quantify. It’s one thing to know that something has changed, but it’s another thing entirely to see that it’s changed in an easily comparable way. The Skin imaging technology plays a major role in making it easier.



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The various advancements in research related to biomedicine and cosmetics have facilitated the development of testing technologies at an exceptionally advanced level, and skin-on-chip is one such development that has made a difference in reality. It is designed to mimic the structure and functions of human skin in a laboratory setting, enabling researchers to conduct testing in a more accurate and ethical manner.



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Measuring transepithelial or trans endothelial electrical resistance (TEER) is a more accurate and measurable way to check the health of a barrier. You can measure the electrical resistance or voltage drop through the monolayer by sending alternating current signals across probes that are placed on both sides of the barrier. By studying the frequency-dependent electrical reaction of the cell barrier, an Impedance-based TEER Measurement system improves this process. It provides more information about tight-junction formation, membrane capacitance, and tissue health.



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Skin tape stripping has revolutionized dermatologic research by providing a non-invasive method to study the stratum corneum. Such a technique allows for a more detailed assessment of skin barrier function in clinical and research arenas than has previously been possible.

At Medelink, we truly appreciate how critical accurate skin analysis has become in today's dermatology. It is the state-of-the-art equipment in a series of complete tape stripping dermatology procedures, which turn out good results.


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An AI scalp and hair analyzer is a device that utilizes high-resolution images and intelligent algorithms to examine conditions of the scalp and hair. It can utilize AI and multi-mode imaging to quickly and accurately evaluate multiple factors, including oiliness, inflammation, and hair density. Additionally, these systems can be used at home or in a clinic, utilizing clinical records to create personalized hair care plans.



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