Editor’s Note
This article highlights a significant collaboration between Swarovski and xolo, merging traditional crystal craftsmanship with cutting-edge volumetric 3D printing technology. The partnership aims to enable the direct production of highly detailed, personalized crystal glass pieces, signaling a potential shift in luxury manufacturing.
Swarovski, the renowned Austrian company famous for its work with crystal, has signed a cooperation agreement with xolo, an emerging player in the field of additive manufacturing. The German manufacturer has developed a volumetric 3D printing technology capable of achieving high resolutions and extremely precise, fine details. The goal of this new partnership is to directly 3D print glass crystal parts to offer personalized and detailed unique pieces. This also represents a way for Swarovski to underscore its commitment to innovation and to rely on new technologies to remain at the forefront of its industry.
Crystal glass is a type of glass distinguished by its lead content, whereas conventional glass primarily consists of silicon dioxide. Glass crystals exhibit higher brilliance, transparency, and clarity. The Tyrolean company Swarovski has been processing it for years, mainly for the production of jewelry, accessories, and watches. One of its aspirations is to combine tradition with cutting-edge technology, and that is precisely what it aims to achieve with xolo.
The Berlin-based startup xolo has developed a special light-curing process: it utilizes Xolography, meaning it uses different initiators and two types of wavelengths to cure the resin. One advantage of this method is its speed and the good surface finish it produces. Furthermore, it is compatible with many materials. Xolo will therefore process crystal glass to design clear and detailed pieces.
Dirik Radzinski, CEO of xolo, explained this in the official press release, which stated that the vision is to propose “a redefinition of the role of the material in modern design and functionality.”
Although few details are known so far, this partnership could significantly transform the jewelry industry and, of course, the production process of a material valued by various sectors.