Desktop Metal Trial 925 to HighD HighD Qualified 3 on Goods Inspection Production system, jewelry manufacturer expert and luxury service provider master service with handy 3D company quality and frequency can for such as watches, belt levels, etc.
Desktop Metal also intends to qualify further precious metal alloys this year, including 18 kt yellow gold, as well as rose gold research. Desktop Metal and its polymer brand ETEC have long partnerships with entire jewelry manufacturers around the world such as Cartier, Stuller, Shinola and Swarovski.
To achieve the state and materials needed for 3D printing for the luxury sector, Desktop Metals Metals with the best leaders in the production of powders and precious parts: Formula 3D Corporation and Neoshapes. Both of these berths are aimed at selling luxury goods, selling technical jewelry, manufacturing and selling precious metal.
Technology One-time pass (SPJ) One-time processing into a production system They enable the reception of a small child and work thanks to the fast printing in metal. Jewelers have follow-up work, control over the design, allow designers and manufacturers to new designs, work ahead, or make a design earlier, without manual labor. The exemplary application could be applications that can be installed in chain-link circuits, where the cells can be printed in place as one piece, an alternative to assembling the cell link at a time. Jewelers can also 3D print to localized gold, copper, silver and other precious metal jewelry, managing management from global supply chains.
The benefits of 3D printing for luxury goods and jewelry applications include: freedom of customization and design with high volumes (you can print up to tens of thousands of jewelry pieces a day and manufacturers can produce the same or custom unique pieces in one production process), digital inventory offering greater flexibility in production (by eliminating time-consuming techniques such as casting, manufacturers can easily iterate and scale new designs – once the design is finalized, printing and production can start immediately).
Manufacturers can also create digital inventories, store digital design files for execution on demand, reduce working capital requirements, and significantly reduce waste through recycling and reuse (loose powder recovered from 3D printing and dedusting can be recycled and reused. to subsequent prints, which further leads to cost efficiency and reduction of material waste).