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  Research & Technology

OET possesses experience and know how in processes and products. Implements innovations in Organic and Printed Electronics products and solutions. OET's R&D department focuses on:

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Manufacturing Process & Equipment

OET develops and optimizes manufacturing processes and equipment (R2R and S2S printing, Vacuum, Laser patterning and Optical Metrology tools) for OE products and applications. OET designs and develops instruments, software, and modeling procedures and methodologies.

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Materials & Devices

OET develops and optimizes the materials, thin films and processes for OE devices. Its expertise and know-how includes the research and technology for manufacturing processes, pilot and production lines, prototypes (OPVs, OLEDs, Biosensors, OTFTs and RFIDs), conducting polymers for electrodes and nanoscaffolds for tissue regeneration.

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Encapsulation

OET has more than 15 years of expertise on high barrier films and encapsulation processes and technologies. OET focuses on the stability and the lifetime of OE Devices. OET also provides complete testing facilities of the device quality, encapsulation, barrier and mechanical properties and response.

Optical Metrology

OET develops advanced in-line and in-situ optical metrology and quality control tools for thin films, processes and devices for vacuum and printing systems and holds more than 30 years experience. In these fields OET focuses on design and efficient integration of in-line & in-situ optical metrology tools to OPV production and other OE processes. research innov 05

Applications

OET is dealing with Energy autonomous systems (in buildings, greenhouses, automotive), Lighting, Electronics and Biomedical applications, Smart Textiles, Wearables, Smart Food Packaging and IoT solutions.

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This suite of services is targeted at clients who require advanced functional materials, multilayer structures, devices & prototypes, in-depth quality control analysis, demonstration of their materials and manufacturing tools. OET provides design and fabrication of OE systems and an efficient path to large-scale manufacturing.