Printed and flexible electronics

Most active in this area

• FUNDACION CIDETEC

  Spanish research centre specializing in advanced materials, energy storage, smart coatings, and pilot-scale manufacturing for automotive, aerospace, and electronics.

  “INNPAPER (paper-based printed biosensors), ROLL-OUT (roll-to-roll flexible systems), demonstrating growing capability in functional printed devices.”

  ES59 projects
• INFINEON TECHNOLOGIES AUSTRIA AG

  Major Austrian semiconductor manufacturer contributing power electronics, sensors, and security chips across European automotive, IoT, and industrial R&D projects.

  “Contributed to Hi-Response, PRESTIGE, IMPETUS (paper-based biosensors), and GREENSENSE on printed functional materials and electrochemical test strips.”

  AT51 projects
• ARKEMA FRANCE SA

  Global specialty chemicals company contributing polymer, composites, and recycling expertise to 44 H2020 projects across materials and circular economy research.

  “HAPPINESS (haptic printed interfaces), ATLASS (printed organic transistors), and PRESTIGE (printed functional materials for high-end goods).”

  FR44 projects
• BIONANONET FORSCHUNGSGESELLSCHAFT MBH

  Austrian nanotechnology research center combining nanomaterial manufacturing scale-up with nanosafety assessment and safe-by-design expertise across 23 EU projects.

  “INSPIRED, Hi-Response, HI-ACCURACY, and PRIME cover nano-ink formulation, electrostatic printing, and high-resolution manufacturing of electronic devices.”

  AT23 projects
• ELLINIKO MESOGEIAKO PANEPISTIMIO

  Greek university specializing in graphene and 2D materials, with applied capabilities in cybersecurity, printed electronics, and digital health platforms.

  “Partner in EMERGE, building research infrastructure for printed electronics, biosensors, and 3D-printed smart diagnostics.”

  EL19 projects
• CENTITVC - CENTRO DE NANOTECNOLOGIAE MATERIAIS TECNICOS FUNCIONAIS EINTELIGENTES

  Portuguese nanomaterials research centre specializing in functional coatings, printed electronics, and pilot-line scale-up of nano-enabled products.

  “SmartEEs2 (flexible/wearable electronics ecosystem), 1D-Neon (nanofibre electro-optic networks), InComEss (polymer-based energy scavenging), and WiPTherm (wireless power via thermoelectric generators).”

  PrimaryPT15 projects
• SILICON AUSTRIA LABS GMBH

  Austrian research centre developing advanced semiconductors, sensor systems, and AI-integrated electronics from GaN power devices to 6G transceivers.

  “Contributed to IMPETUS (paper-based electrochemical test strips), OLEDSOLAR (OLED/thin film manufacturing), and AQUASENSE (printed electronics for water monitoring).”

  SMEAT14 projects
• VARTA MICROBATTERY GMBH

  German battery manufacturer advancing lithium-ion, lithium-sulphur, and graphene-based energy storage from lab to production scale.

  “INNPAPER (smart printed electronics on paper substrates) and BASMATI (scaling nanomaterial inks for printing) demonstrate capability in powering flexible devices.”

  DE14 projects
• SPINVERSE OY

  Finnish innovation management consultancy specializing in commercialization, dissemination, and exploitation across EU research projects in materials, bioeconomy, and electronics.

  “Projects smart-MEMPHIS, EuroPAT-MASIP, and INNPAPER cover MEMS, system-in-package, and paper-based printed electronics.”

  SMEFI13 projects
• SMARTRAC TECHNOLOGY GMBH

  German NFC and RFID technology manufacturer with EU research experience in printed smart packaging and advanced semiconductor integration.

  “PING project involved metal oxide design and printed electronics manufacturing, core techniques in Smartrac's NFC inlay production process.”

  PrimaryDE2 projects