By providing unparalleled imaging at the micro-and nanoscale, electron microscopy is revolutionising the way researchers develop and optimize cosmetic formulations.
Join them next week at In-Cosmetics in Amsterdam at Thermo Fisher Scientific’s booth 12F57 to discover how electron microscopy can elevate your cosmetic product development. Bring your samples and schedule a live SEM demonstration to see how these cutting-edge techniques can provide critical insights into your formulations.
Understanding Cosmetic Materials at the Nanoscale
Modern cosmetics rely on sophisticated materials, from emulsions and pigments to nanoparticles and biomaterials. Electron microscopy enables researchers to visualise the microstructure and morphology of these materials, offering critical insights into their performance, stability, and interactions with biological surfaces. Whether analysing the dispersion of active ingredients in a cream or studying the adhesion of pigments in long-wear makeup, these high-resolution imaging techniques provide a deeper understanding of material behavior. makeup, these high-resolution imaging techniques provide a deeper understanding of material behavior.
Enhancing Formulation Science
The development of next-generation cosmetics depends on precise control over material composition and structure. Scanning electron microscopy (SEM) and transmission electron microscopy (TEM) allow scientists to study particle size, shape, and surface properties of key ingredients like titanium dioxide in sunscreens, silica in mattifying powders, and lipid-based nanoparticles in anti-aging serums. These insights help optimize formulations for improved texture, durability, and effectiveness.
SEM and EDS analysis comparing loose face powders from high-end (Brand A) and medium range (Brand B) cosmetics brands
Ensuring Product Stability and Performance
Cosmetic products must maintain their integrity throughout their shelf life. Electron microscopy is a powerful tool for evaluating phase separation, crystallisation, and degradation in formulations. By examining how ingredients interact over time, manufacturers can fine-tune their compositions to ensure consistency and stability, preventing issues like sedimentation in emulsions or agglomeration in powders.
Advancing Sustainable and Biocompatible Ingredients
As the demand for eco-friendly and biocompatible cosmetics grows, electron microscopy plays a crucial role in developing sustainable alternatives. Researchers use it to investigate natural pigments, biodegradable polymers, and plant-derived emulsifiers, assessing their structural integrity and effectiveness. By analysing bio-based materials at the nanoscale, scientists can engineer greener formulations without compromising performance.
Visit them at In-Cosmetics Next Week!
Don’t miss the chance to connect with their team and discover how these cutting-edge insights can help improve the quality, effectiveness, and sustainability of your cosmetic formulations. Schedule a meeting with them by emailing kiren.kang@thermofisher.com