With our gen2-SCA Skin Composition Analyzer and advanced SkinTools data analysis software, we enable researchers, cosmetic and pharmaceutical companies to quantitatively measure skin components, product penetration, and treatment effects in vivo.
SkinTools interfaces seamlessly with the gen2-SCA, efficiently organizing large volumes of skin Raman spectra and enabling quantitative analysis of intrinsic skin composition and the penetration of topically applied products.
Your gateway to knowledge, resources, and best practices in Raman spectroscopy and skin research. Here you’ll find everything you need to deepen your understanding of our technologies, explore real-world applications, and stay informed about the latest scientific developments.
Whether you’re new to Raman-based measurements or an experienced researcher, the Learning Center brings together our tutorials, publications, brochures, and application notes in one place. Each resource is designed to support your work, help you interpret results with confidence, and make the most of RiverD’s instruments and software.
Explore our educational materials, discover new insights, and learn how RiverD’s technologies are transforming non-invasive skin analysis.
At RiverD, research and development form the core of everything we do. Our work is driven by a mission to advance non-invasive skin analysis through cutting-edge Raman spectroscopy, enabling deeper scientific understanding, improved clinical decision-making, and new opportunities for product innovation. By combining physics, biomedical engineering, and data science, RiverD continuously expands the capabilities of Raman-based skin measurements.
Developing Raman-based tools that help surgeons with intra-operative margins resection of tumors, offering a real time, accurate result while preserving healthy tissue.
Using Raman spectroscopy to determine Natural Moisturizing Factor (NMF) concentration in the skin, and exploring the Filaggrin-gene mutation.
Non-invasive hydration profiling that maps water distribution in the skin, offering insight into barrier function and the impact of products or treatments.
A versatile and universal Raman-technology platform for fiber-optic tissue analysis, which enables high-quality in-vivo Raman data collection across clinical and research applications.
