We 3D print components for highly complex parts that can not be made using conventional production methods. As a service provider, we print molds for other foundries. 3-D printing technology makes it possible to design new and unimagined forms in the field of architecture.
We 3D print molds for the most complex parts that are not conventionally manufacturable. As a service provider, we also print molds for other foundries. Thanks to 3D printing technology, new, unimaginable shapes can be created in the field of architecture.
Boston Ceramics is part of the FIT Additive Manufacturing Group and was founded 2016 by Carl Fruth and Andrew Jeffery. FIT is technology leader in the field of additive manufacturing and covers everything from the production of prototypes and special series to software and hardware solutions.
3D printing of sand parts is relatively new technology and it constantly finds new applications in various fields. Hetitec is supporting this development by co-operating with companies from many different fields, research institutes, students and artists.
JSC 3D Creative is the largest plastic and sand 3D printing company in the Baltic States - more than 300 engineering, automotive and aerospace industries, dentistry, medical, architecture and jewelry, educational institutions and other professionals trust our professional competence, quality, and accuracy of services and equipment.Along with 3D scanning, modeling, and printing, 3D Creative has the experience of design, simulation, and manufacturing of metal casting molds. 3D Creative's services enable its customers to improve their work efficiency and production costs by utilizing most advanced additive manufacturing methods instantly.
DORST TECHNOLOGIES manufactures machinery and complete production systems. It is a successful combination of engineering and technological know-how. The name stands for expert competence, high quality, innovation and technology leadership, a strong focus on the customer, synergistic effects and worldwide activities. DORST Technologies places great value on training and continuing education. DORST Technologies stands for active compliance and a high level of transparency.
Additive Manufacturing with concrete offers new possibilities to engineers, architects and designers. The process allows for highly articulated designs and frees concrete of its formwork. Our objects express our understanding of design, the fabrication process and concrete itself. If you do want to realize your own design please do not hesitate to contact us
In 2009, Dr Didier Nimal created OsseoMatrix and invented a proprietary process of 3D direct printing of biological ceramics. This breakthrough innovation developed in collaboration with multidisciplinary research teams expert in the field of biology (CNRS), biomaterials (School of Mines) and process engineering (CEA), allows the manufacture of 3rd generation implants. These implants are custom made from patients' CTs to perfectly fit the anatomy of bone loss. Their composition is similar to the mineral bone and their internal porosity is programmed to guide bone healing. Alternative to bone grafts, OsseoMatrix implants are set up using a minimally invasive surgical procedure.
Johnson Matthey is a global leader in sustainable technologies applying cutting edge science to create solutions with customers that make a real difference to the world around us.We are small enough so that you can make an impact and big enough to offer a wide range of career opportunities within a professional and energetic working environment.
CERHUM produces medical devices using additive manufacturing (3D printing) and advanced materials. These ones are ceramic based like artificial bones (hydroxyapatite), dental similar (zirconia) or heat resistant (alumina). Our special feature is providing complete solution from design prototype to industrial production.
MINERVA produces cores and shapes according to your CAD data in the 3D printing process. For this purpose, we use various ceramics and burn-out materials, depending on the requirements of your work piece and casting process.
Ceramco manufactures technical ceramic parts for customer-specific applications and ceramic fasteners for general use in technical applications. We provide parts both in high and low quantities to give our customers the flexibility of taking their designs from concept to production.
We also make exclusive design products such as watches, telephones, pens and jewelry - all these use ceramic parts made by Formatec Ceramics. That’s because grinding and polishing ceramic shapes results in ultra-smooth, high-gloss surfaces with deep-black, bright white or any other available color. Combined with the material’s extreme hardness, technical ceramics provides a durability that outlasts that of precious metals many times over.
Die Steinbach AG ist ein mittelständischer, weltweit erfolgreicher Industriedienstleister mit Hauptsitz in Detmold (NRW) und Vertretungen in Shanghai, Charlotte/USA, Taipei und Brisbane.Im Laufe der über 90-jährigen Firmengeschichte sind und bleiben die kontinuierliche Produktentwicklung sowie die Ausweitung auf verschiedene Geschäftsfelder die tragenden Säulen des Erfolges der Steinbach AG.
The specific payloads we are developing are based on advanced design, calculation and structure optimization of opto-mechanical and optical systems. It enables to enhance imaging quality, propose differentiating uses, bring new product functions while improving orbiting cost by lightweighting and miniaturizing structures.
The WZR ceramic solutions GmbH was founded in 1996 by Dr. Wolfgang Kollenberg and moved into in the newly built technology-center in Rheinbach. The resources have been expanded constantly to be able to offer rapid and convenient ceramic components in order quantities between 1 and 100. In this regards the potential of ceramic materials for additive manufacturing was already recognized in 2004. Since that time WZR has invested extensively in that technology and has consolidated its competence with innovative patents
For more than 60 years, HRL's scientists and engineers have been on the leading edge of technology, conducting pioneering research, providing real-world technology solutions, and advancing the state of the art. We continue to be recognized as one of the world's premier physical science and engineering research laboratories.Our research collaborations with our LLC Member companies, government, commercial and academic institutions are realizing groundbreaking advances in ultra-high-performance circuitry, robust computing and communications, automated data extraction, and innovative architected materials. Our technologies operate in space, on aircraft, in automobiles, and in a variety of consumer products. These technologies make us safer, support our national security and improve our quality of life.Our success is the result of our collaborative team of researchers, many of whom are the leading experts in their fields. Through their insights in support for our customers, we are finding the unique opportunities in technology. As we look to the future, the technologies we are enabling today will be integral to a prosperous, secure, sustainable world.
La fabrication additive est un nouveau changement de paradigme dans la fabrication ainsi que dans la technologie des matériaux.
Z3DLAB se veut être acteur à fortes propositions dans ce secteur où l’innovation, la rupture avec les habitudes, le numérique ainsi que la personnalisation se rencontrent pour se matérialiser.
C’est pourquoi Z3DLAB se concentre sur 3 axes d’expertise :
De la conception à la réalisation (prototypes, petites séries; En métal réactif ou non )
La maîtrise des structures lattice
L’innovation matière & processus de fabrication
Basée dans le Val-d’Oise, Z3DLAB est équipée de matériels de pointe dans la Fabrication Additive métal capable de produire des pièces dans différents matériaux non réactifs et réactifs y compris le Titane.
La fabrication de pièces métalliques par fusion sélective par laser connue sous la dénomination AM (Additive Manufacturing) ou impression 3D métal est une technologie de rupture en matière de production de pièces avec une approche nouvelle de la conception à la réalisation.
On parle de Fabrication Additive / Rapide / Directe ou E-manufacturing lorsque l’on produit des pièces série directement, sans passer par un outillage.