Les matériaux de la gamme Zetamix sont aussi bien appropriés aux applications techniques, qu’au prototypage et à la fabrication de pièces d’aspect. En effet, la zircone, résistante aux chocs et à l’usure, permet de faire des outils et des pièces de structure. L’alumine, très prisée dans l’industrie, est extrêmement résistante à l’usure et aux hautes températures, ce qui permet de réaliser des outils résistants aux hautes températures ou à l’usure. Enfin, l’inox 316L permet de répondre au cas d’usage les plus exigeants en terme de chocs et de sollicitations mécaniques. Associé à la grande versatilité et liberté de design de l’impression 3D, les filaments Zetamix permettent de créer des outils et pièces internes en des temps record, des prototypes pour explorer rapidement des design avant la production de série, et aussi des pièces sur mesure impossible à obtenir par un procédé de fabrication classique.
Ils ont trouvé leur application, quelle sera la vôtre ?
Ceramic 3D printing is the new field of study for laboratories specialized in ceramic material analysis. Indeed, these institutions go over each new shaping process with a fine tooth comb in order to create knowledge.
The CERAMATHS-DMP (Dépatement Matériaux et Procédés) ex LMCPA (Laboratoire des Matériaux Céramiques et Procédés Associés), is one of such laboratories. It studies Zetamix filaments and takes this opportunity to use them to produce consumables and others devices in relation with their researches.
Discover How MGB, a woldwide company specialized in the manufacturing of precision screws made by bar turning, uses 3D printing to parlty anneal metal parts
During the orbital welding process, air contamination can occur and affect the quality of the weld. To solve this issue, Orbital-service, a company specialized in orbital welding and who aims to develop a tailor made products and solutions for cutting-edge orbital welding systems, decides to create tailor made tig nozzle thanks to Zetamix.
Since 2018, Nanoe produces metal and ceramic filaments for 3D printers. In order to improve their R&D process, they adopt their own technology to produce on demand and customized extrusion dies. Thanks to their brand new H13 Zetamix filament, they solve many production issues.
Producing on demande parts in ceramic such as ventury burner is time consuming and expensive by regular process . Thanks to zetamix, it is afforable and much easier.
When one of this luxury brand heard about the launch of the 3D printing brand Zetamix, they didn’t hesitate to order filaments. They became one of the first company to trust Zetamix technology and to adopt it.
In the textile manufacturing industry, looms and machines have to handle wires. With the increase of pace, thread guides in contact with these wires are more solicited and wear out very quickly. Wire guides must meet a double challenge: be wear and abrasion resistant while maintaining a good surface condition so as not damaging wires. Petit spare part choose Zetamix technology to produce rare spare part.
Avignon Ceramic produced new probes able to measure the air speed in high velocity and high temperature environment. Unlike metal probes, such parts can withstand over 2000°C and supersonic flow as well as extreme thermal shocks.. They used Zetamix 3D printing to produce this part.
In order to improve the quality process, Nanoe produce it own tailor made crucible thanks to Zetamix 3D printing.
Avignon Ceramic produces ceramic parts for foundry, aerospace and energy industries. The company is historically an expert on ceramic injection molding and produces cutting edge parts such as aerospace cores. For 3 years, Avignon Ceramic has been printing parts thanks to ceramic additive manufacturing.In order to produce more efficient filters, Avignon ceramic is printing these specific parts thanks to Zetamix Alumina filaments.
The ESRF was one of the first lab to use Zetamix. Thanks to ceramic 3D printing it improve the quality and the accuracy of experiments.
For high performance industries, perfect-fit tools are required to improve product quality and to facilitate production processes. However, mass production cannot provide tools specialized enough for high tech industries. 3D printing allows companies to get customized tools adapted to their needs.