Editor’s Note
This article highlights a landmark moment in luxury craftsmanship with the launch of the world’s first commercially available 3D printed platinum jewelry collection. It underscores how advanced manufacturing is reshaping traditional industries.
Platinum Guild International (PGI) has introduced a historic advancement in fine jewelry with the launch of the Tùsaire collection – a revolutionary line of 3D printed platinum jewelry, designed by renowned Scottish-American artist Maeve Gillies. As the world’s first commercially launched collection focused on platinum utilizing direct 3D metal printing, Tùsaire showcases the transformative power of additive manufacturing, reshaping both the luxury jewelry industry and consumer expectations.
Unlike most direct-printed precious metal products known to date, which have been predominantly experimental or one-off pieces, the Tùsaire collection marks the transition from experimental novelty to commercial reality in 3D printed platinum jewelry, pushing the boundaries of form, function, and craftsmanship in precious metals.
Platinum is notoriously difficult to print due to its high melting point and strength, unlike other precious metals. The Tùsaire project required months of calibration, redesign, and collaboration in materials science. Through partnerships with ProGold in Italy and research by PGI, these technical hurdles were overcome, ushering in a new era for platinum.
Platinum’s low reflectivity and excellent heat control make it an energy-efficient material for laser printing. Furthermore, additive manufacturing generates far less waste than traditional casting, redefining luxury as environmentally conscious. Each Tùsaire piece, despite its splendor, is a testament to sustainable innovation.
The Sub Zer0 2 Medium Pistol Grip from fencing experts at Leon Paul is another AM-driven leap into the future of sports equipment. Born from a blend of biomechanical innovation and insights from elite sport, this product sets a new standard. Weighing only 38 grams, it is less than half the weight of traditional grips, yet engineered for strength and superior performance.
The Sub Zer0 2 is fully 3D printed from metal using Selective Laser Melting (SLM) technology, a first in fencing equipment. The use of AM is not a cosmetic gimmick but a fundamental design change. Developed in collaboration with biomechanical engineers and utilizing topology optimization, every curve, edge, and indentation is specifically designed for enhanced grip and performance.
Weight plays a crucial role in fencing. The Sub Zer0 2’s astonishingly low mass drastically reduces fatigue and allows for faster weapon maneuverability. Traditional aluminum grips often weigh 90g or more. By eliminating this extra weight, fencers benefit from faster reaction times, smoother movements, and reduced wrist strain, which is particularly critical during long bouts. Benefits include increased agility and control, faster recovery times between parries, less strain during extended training sessions, and improved accuracy due to increased wrist mobility.
Collaborating with Additive Italia, Alex Paul, a designer with over 25 years of experience innovating in fencing sport, conceived this grip as the pinnacle of his career. His past experiences include working with Olympic scoring systems and developing patented masks, but the Sub Zer0 2 is his passion project.
In September 2025, Apple unveiled the brand-new iPhone Air, the thinnest iPhone ever made and the first to be officially equipped with a 3D printed titanium component. Like some of its predecessors, the new Apple Watch 11 also features a fully 3D printed titanium case, demonstrating that the use of AM for mass-producing consumer electronics is now indispensable and will only increase in the future.