Platinum Guild International (PGI) has announced a significant advancement in platinum jewellery design and manufacturing with the commercial introduction of its first 3D-printed platinum collection. This innovative collection, named Tùsaire (Scottish Gaelic for “pioneer”), was conceived by Scottish-American jewellery designer Maeve Gillies and marks a pioneering effort in the commercialization of platinum-based 3D-printed jewellery.
The Tùsaire Collection comprises necklaces, bracelets, earrings, and rings meticulously crafted from platinum and titanium. These pieces underscore the considerable potential of 3D printing technology in the creation and fabrication of jewellery, enabling intricate and unique designs, such as lattices, hollow structures, and detailed textures, that were previously unachievable through traditional methods.
During ORIGINALLUXURY’s 5th Roundtable event in Geneva in May 2025, PGI’s CEO, Tim Schlick, elaborated on this development. He stated the necessity of rigorously testing 3D printing for platinum to identify its advantages and challenges, with the ultimate goal of accelerating its application in precious jewellery manufacturing and fostering novel design possibilities. Schlick emphasized that additive manufacturing is poised to revolutionize the future of jewellery by unlocking a multitude of new creative avenues.
Maeve Gillies, reflecting on her design process, noted the invaluable role of her extensive knowledge of platinum, particularly its suitability for diamond bridal jewellery due to its strength, resilience, and adaptability. This expertise proved instrumental in leveraging the printing technology to create innovative platinum jewellery forms and categories.
The direct metal printing of the platinum components was executed by the Italian firm ProGold. This company employs advanced technologies, including metal laser powder bed fusion, to produce parts from precious metals for diverse industries. Tai Wong, Director of Innovations and Product Development at PGI, highlighted platinum’s superior attributes for laser powder bed fusion. He noted that platinum’s high tenacity, strength, and elevated melting temperature facilitate exceptional structural integrity with precise heat control, and its favorable light absorption and low reflectivity contribute to energy efficiency during laser printing.
This technological leap enables the creation of larger platinum silhouettes, previously impractical due to platinum’s traditional density and cost. Furthermore, the current market sees platinum as highly desirable, partly owing to its comparatively more affordable price point than gold. Gillies concluded by emphasizing the dynamic nature of the industry, where rapid technological advancements converge with the enduring importance of craftsmanship in exploring new materials and expressions within platinum jewellery.
Source: PGI Announces Commercial Launch of First 3D-Printed Platinum Collection
