The objectives of the project are development, production and marketing of the second generation of integrated motorhome (class a) which in terms of market size represents nearly one fifth of all motorhomes manufactured and sold in europe.
By utilizing modern ict-tools, a new business and production model is established in sweden and denmark. The concept is internationally viable.
A swedish sme and a german airport will collaborate in a highly innovative r&d project to share the risk involved in making a new unique ergonomic lifting aid for airport use available to the global market. Synergies will be realized and the final product will have a strong commercial potential.
The project aim at developing a production process and a technical file for a custom device cranipolasty product, including an approval from mpa. The activities in the project aim at validating and building a manufacturing line and a quality system connected to a novel technology for cranioplasty.
By utilising modern ict-tools, a new business and production model is established in sweden and denmark. The concept is internationally viable.
The scope is to develop and verify a new lwpt design platform for large production equipment that provide solutions for aircraft industry by being cost efficient and providing performance superior to existing systems based on metals.
In both sintered steels and hard metal industries carbon plays a unique role as reducing and carburizing agent. This project is aimed to cover the common lack of knowledge: the effect of the type of carbon source on the combined interaction between material, carbon and processing atmosphere.
Develop process to offer market a new binder that can handle solvent which in turn allow our customers to use several different types of resins and methods of applying those. This will give oxeon opportunities to get into new market segments and help customers improving their applications.
The project is aimed at developing an innovative road weather information system (all-in-one-sensor solution) based on the use of a nir camera chip. The consortium members will amplify synergy effects by sharing knowledge and r&d experiences in an efficient co-operation model.
The objective is to develop novel bio-based materials with exceptional gas-barrier and optical performance and their roll-to-roll processing for encapsulation of solar cells and oled. These materials will be multilayer films based on cellulose nanofibrils and moisture barrier coatings.