OET Organic Electronic Technologies

Profile
Organic Electronic Technologies P.C. (ΟΕΤ) operates in the rapidly growing field of Organic and Printed Electronics (OEs). OET holds many years of experience in organic, inorganic materials and thin film technologies & provides:

Process Technology for the manufacturing of OEs such as Organic Photovoltaics (OPVs) and Biosensors. In-line Metrology Systems based on Spectroscopic Ellipsom

etry for the quality control of the materials and processes. Services in Thin Film Processing that include a complementary suite of lab-scale & pilot-scale R2R printing processing, vacuum deposition, laser processing, characterization & quality control techniques and training solutions. Turn-key Solutions in collaboration with its partners for the production of OEs. OET's core development activities include novel materials, thin films, devices and process technologies, manufacturing processes (R2R, vacuum deposition, laser systems), encapsulation technologies, in-line metrology, monitoring & quality control tools for pilot and manufacturing lines for OEs and other markets, and technology and production solutions. OET owns IPs on the tools for the in-situ and in-line monitoring of functional thin films, devices and processes and offers integrated solutions for the quality control of functional materials and processes for the production of OEs in various applications. OET offers an R&D center in Thessaloniki with different printing and vacuum lab and pilot lines integrated with in-line metrology systems for quality control, available for research, process development, prototypes fabrication and low-volume production. OET is a member of the Organic Electronics Association (OE-A) and the Hellenic Organic & Printed Electronics Association (HOPE-A). Organic & Printed Electronics (OEs) is an emerging technology that advances the visualization of information, energy generation through renewable resources, flexible lighting, biomedical and information technology. Among the most important applications are Organic Photovoltaics (OPVs), Biosensors, displays and lighting (Organic Light Emitting Diodes-OLEDs), Organic Thin Film Transistors (OTFTs) etc. OEs offer considerable advantages:

Large-area Roll-to-Roll (R2R) Processing
Flexibility and Lightweight
Simple Fabrication
Low Fabrication Cost
Low Fabrication Energy Consumption

The global market for OEs is estimated to reach 30 B$ by 2016 and more than 80 B$ by 2023 (IDTechEx). In addition, Printed Electronics market size is expected to reach 6 B$ by 2016 (Frost and Sullivan, IDTechEx) and 20 B$ by 2020 (IDTechEx).