Portfolio – Stenslipare

Refraction occurs when light bends as it passes fr $Refraction occurs when light bends as it passes from one medium to another, and in gemstones, their high refractive index causes light to bend and change direction. This bending allows light to travel through the stone, creating the dazzling effect we see as it enters, exits, and bounces around within the gem. Dispersion, often referred to as a gemstone’s “fire,” is the splitting of white light into its spectral colors. As light passes through the gemstone, it separates into different wavelengths, creating a rainbow-like display that enhances the gem’s sparkle and allure. Reflection is essential for a gemstone’s brilliance. The facets of a well-cut gemstone act like mirrors, reflecting light back to the viewer’s eyes. Precise cutting with optimal angles and proportions increases light reflection, resulting in a bright and sparkling appearance. In conclusion, the sparkle of gemstones is a result of the interplay between refraction, dispersion, and reflection of light. In the case of this Sapphire, recutting the uneven pavilion significantly improved its appearance by distributing color more evenly and enhancing its overall sparkle. Enjoy! Sapphire Weight after: 4.51ct Weight before: 5.25ct #södermannagatan #södermalm #sofo #smycken #ädelstenar #faceting #gemstone #gemstones #jewellery #gemcutter #recut #repair #lapidary #faceter #stenslipare #guldsmed #sapphire$

Load More Follow on Instagram