We offer additive manufacturing of components and assemblies from precious metal powders of gold, silver, platinum and palladium alloys for different markets and applications. Having excellent powder expertise and the best machine equipment guarantees a system competence that allows your components to be manufactured to the highest quality. Thanks to stable and safe processes, we reach high construction rates in industrial production. The high recycling rate of the powder makes it highly cost-effective and makes additive manufacturing a particularly sustainable technology.
Precision, economic advantages and material perfection make additive manufacturing an alternative to traditional casting and machining processes.
Additive manufacturing (in contrast to the precision casting process) allows the most complex geometries to be implemented. Even cavities and multipart components can be produced directly during the additive manufacturing process.
Additive manufactured workpieces are characterised by their particularly high strength, hardness and an extremely fine microstructure, which leads to an extraordinary surface gloss of the polish and makes precious stones shine even more brilliantly!
High costs are avoided due to the fact that workpieces are printed close to the final shape and thanks to the high recycling rate of the powder – this means higher economic efficiency especially with precious metals.
Faster, lighter, more unique – attributes that describe the additive manufacturing of applications made of precious metals. For example, the market entry times in application development can be significantly shortened, expensive materials can be conserved, while simultaneously increasing comfort and offering almost limitless freedom of design.
Finishing additive manufactured blanks into high-precision watch parts on turning/milling centres means a minimum volume to be machined and therefore a very short machining time, low tool wear as well as a minimum amount of chips and scraps to be reprocessed. The process chain ultimately results in a very low material input, and thus recycling costs.
In particular, additive manufacturing shows its worth over conventional casting processes when processing platinum group metals. Components made of platinum group metals are used in a wide variety of applications:
Even functional features where assemblies would normally be required, such as the clasp mechanism on cufflinks, can be integrated directly. The stud, bar, hinge and clasp are manufactured as a single complete part in one step, so there is no need to assemble the individual parts.