At Vicenzaoro, a new 3D printing system was showcased that deposits precious metal only where needed, completely eliminating traditional casting and wax molds. This innovation, a key aspect of jewelry innovation for 2026, significantly reduces material waste and increases design possibilities.
The luxury jewelry market still values heritage and meticulous handcraft. However, the industry's leading trade fair is now firmly embracing industrial 3D printing as a core pillar, signaling a departure from its traditional, labor-intensive roots.
This confirmed focus on 3D printing for future VicenzaOro T.Gold editions, combined with its demonstrated benefits, suggests additive manufacturing will become a standard, rather than niche, production method across the entire jewelry supply chain.
The Precision Revolution: 3D Printing's Impact on Jewelry Manufacturing
VicenzaOro T.Gold's 2026 edition cemented 3D printing and additive manufacturing as a core pillar of its technology program, with two annual editions in January and September, according to VoxelMatters. Jetting-based AM technologies, including binder jetting and material jetting, garnered significant attention at the event.
A standout was XJet's NanoParticle Jetting (NPJ) technology for precious metals, which precisely deposits metal only where needed, eliminating traditional loose powder, wax, and casting processes, as reported by VoxelMatters. Further enhancing this innovation, XJet's Carmel Oro system incorporates stone-in-place sintering, allowing stones to be permanently locked into the green part before the final sintering. This combined approach not only reduces precious metal consumption but also enables customized, on-demand micro-production, a point emphasized by Matteo Pollini, according to VoxelMatters.
These advancements collectively redefine design freedom, material optimization, and agile production in luxury jewelry. The implication is a fundamental shift in how high-value pieces are conceived, engineered, and brought to market, moving beyond traditional artisanal limitations.
