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Research Partners & Projects

Making strong ties

An intensive connection to the academic world is carried by Lithoz in its DNA and is therefore one of our core corporate values. At Lithoz, we are living by these partnerships every day. Thanks to intensive collaboration with experts and research partners, we can continue to improve our products and services.

Research Partners and our Expert Network

Airbus GmbH
Aalto university
Bego implant systems gmbh
Bundesanstalt für materialforschung und -prüfung
Centre national de la recherche scientifique
Cycleco sas
Deutsches zentrum fuer luft – und raumfahrt ev
Deskartes oy
Ecaps ab
FH oö forschungs und entwicklungs gmbh
FH wiener neustadt
Fotec forschungs- und technologietransfer gmbh
Friedrich-alexander-universität erlangen nürnberg
Hage sondermaschinenbau gmbh & co kg
International syalons newcastle limited
Institut jozef stefan
In-vision digital imaging optics gmbh
Laboratoire national de métrologie d’essais
Montanuniversitat leoben
Medicrea international
Npl management limited
Nsai national metrology laboratory (ireland)
Obe ohnmacht & baumgartner gmbh & co kg
Osram gmbh
Praxis am sande
Physikalisch-technische bundesanstalt
Pt+a gmbh powder technologies + additives
R2m solution srl
Rauschert heinersdorf – pressig gmbh
Sennheiser electronic gmbh & co kg
Siemens aktiengesellschaft
Städtisches klinikum braunschweig gmbh
Steinbeis innovation gmbh
Technical university of denmark
Teks sarl
Teknologisk institut
The university of nottingham
The university of birmingham
Universidad politecnica de madrid
Vtt technical research centre of finland
Xilloc medical bv

Research Partners and our Expert Network

The overall objective of GraCerLit project is to develop an LCM printing setup and methodologies for additive manufacturing of FGCs by simultaneous processing of two photocurable feedstocks that will allow series production of customized and multifunctional components with a control of the architecture and microstructure at all scales.

The Repromag project opened up completely new perspectives for the efficient and innovative production of rare earth magnets - a sustainable utilization of (critical) raw materials - while enabling a shift of paradigms due to the radically new application fields where complex shapes & structures, such as rare earth magnets, can be implemented.

Lithoz’s contribution to the Repromag project was the development and establishment of a lithographic printing process for manufacturing highly precise and accurate metal components with the same microstructure and performance profile as metal injection molded (MIM) parts.

This project received funding from the European Union's Horizon 2020 research and innovation program under grant agreement number 636881.

I AM RRI investigates webs of innovation value chains in additive manufacturing (AM) and identifies openings for responsible research and innovation (RRI). The aim is to develop a complex network model of AM innovation chains and their associated processes, all of which are directed toward "Responsible, Research and Innovation" (RRI) at all levels.

This project received funding from the European Union's Horizon 2020 research and innovation program under grant agreement number 788361.

The Rheform project aimed to replace the carcinogenic and toxic hydrazine in propulsion applications. It focused on developing less toxic hydrazine replacements (green propellants) and improving and testingtheir cold start capabilities.

Lithoz’s main role in the Rheform project was related to the development of 3D-printed monolithic structures for enabling the catalytic combustion of the green propellants.

This project received funding from the European Union's Horizon 2020 research and innovation program under grant agreement number640367.

The aim of the Tomax project was to unite industrial experts in the fields of software development, materials science (photopolymers and ceramics), high performance light-sources, system integration, life cycle analysis, and rewarding industrially relevant use cases.

Lithoz’s main contribution to this project was developing, for the first time, a lithographic AM process for fabricating fully dense silicon nitride ceramics with the same technical properties as traditionally manufactured silicon nitride parts.

This project received funding from the European Union's Horizon 2020 research and innovation program under grant agreement number 633192.

Partners & Sponsors

Competitive advantages always emerge where expertise and development trends are identified and promoted at an early stage. With the support of strong partners and promoters, Lithoz has succeeded in developing an additive manufacturing system for high-performance cramics that meets the high demands of our customers. Our partners and sponsors have very high quality standards and support Lithoz with their strong expertise from a wide range of core areas.

Lithoz is sponsored by JITU – PreSeed of BMWFJ, administered by AWS

Lithoz was attended to within the business incubator of the INiTS university service for start-ups, an enterprise of the University of Vienna, TU Vienna and the ZIT (Technology Agency of Vienna) and sponsored as part of the AplusB program.

Lithoz is sponsered by the Austrian Research Promotion Agency (FFG) on behalf of the Austrian Ministry for Transport, Innovation and Technology (BMVIT) in course of the FTI initiative.

Supported by the Vienna Business Agency. A service offered by the city of Vienna.

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