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Countries/Institutes
Countries/Institutes
Transnational Access Activity
Transnational Access Activity
The laboratory Screen printer 1000 is used exclusively for printing rigid and flexible materials in the format 400 x 400 mm and a maximum...
The Aerosol Jet technology enables printing of functional inks on both 2D and 3D substrates. The process supports a wide range of functional inks,...
The Electrostatic Jet printer (ESJET) is a high-resolution digital printing technology. It uses high voltages that, when applied to a fluid (ink) in short...
The PiXDRO LP50 is an R&D printing platform designed around inkjet-printing process development. It includes features, which aid in process control as well as...
Our roll-to-roll nanoimprint lithography (roll-to-roll NIL, R2R NIL) facilitates continuous and therefore cost-effective production of micro and nanopatterns on large-area flexible substrates.
JR´s step&repeat technology is based on an EVG 770 wafer stepper. It is used for pattern upscaling via UV imprint lithography to mainly generate...
Maskless laser lithography system for creating high quality 1D, 2D and continuos-relief microstructures on large areas. With our patented technology we can furdermore fabricate...
 FDTD is a numerical analysis technique used for modelling computational electrodynamics. The simulation area is discretized into so called Yee cells.
Free-form-optics offer the ability for creating tailor made radiant intensity or irradiance distributions, which cannot be achieved using conventional optical lenses.
 ASAP is a commercial raytracing software for simulating the behaviour of optical components or entire optical systems. This technique is based on the geometrical...
The open-air lab possesses all the supporting infrastructure, such as power electronics and automatic data acquisition systems for their continuous monitoring of the performance...
QE-R quantum efficiency system is a PV cell tester which can provide cell’s QE, PV-EQE, IPCE, SR, IQE and Reflectance.

Access to design, modelling and simulation facilities will address projects oriented on high-resolution multiscale process simulations, as well as machine learning artificial intelligence based approaches giving insight and guidelines for novel material growth, functional design, and fabrication.

Access to materials synthesis and characterization facilities will be devoted to faster, cheaper and more sustainable ink/ pastes formulation with improved quality control dedicated to specific application scopes.

Access to prototypes fabrication facilities will focus on highly efficient production of sophisticated and complex flexible large-area printed electronics and photonics systems with high conformability and integrability dedicated to specific application needs allowing upscaling and technology transfer processes towards industrial production.

Access to demonstrators’ test, validation and characterization aims to establish performance and stability tests under industrial protocols in simulated and real conditions for various types of devices using a wide variety of available characterization methods aiming at specifying universal metrology protocols. Besides, it will offer solutions on encapsulation processes and investigations of ageing processes while developing automated testing setups to accelerate device evaluation.