Visit The Latest Industry and Research Highlights
On 22 October 2024, the day before the Future of Electronics RESHAPED conference and exhibition opens its doors, you can participate in a day of industry- and expert-led masterclasses and tours. See the program below.
In addition to the tours and masterclasses you will have access to
✅ 75 invited onsite conference talks
✅ 83 onsite exhibitors
✅ 12 expert-led masterclasses
✅ 4 tours
✅ Annual online access to TechBlick platform
Library of content featuring over 1500 talks (PDF and video) from all past online as well as onsite events around the world
Access to all future online events within access period
Access to on-demand version of all talks and masterclasses at upcoming onsite events including MicroLED Connect (Eindhoven, Sept 2024) and Future of Electronics RESHAPED (Boston, June 2025)
Tour Themes
After the masterclasses, you’ll have the option to participate in one of the following themed tours:
Fraunhofer IZM
Fraunhofer IZM’s focus is on packaging technology and the integration of multifunctional electronics into systems. Fraunhofer IZM was founded in 1993 and is today one of the global leaders in microelectronics and microsystems packaging
The guided tour at Fraunhofer IZM is organized by three working groups:
System on Flex This group is working on advancing flexible hybrid electronics, stretchable electronics, and electronic textiles. During the tour, you can visit various labs and cleanrooms.
#AssemblyTechnologies #FlipChipBonding #Fine Patterning of Flexible and Stretchable Substrate #Integration of Microelectronics Into Flexible and Stretchable Substrates #Lamination #LaserPatterning #Mechanical Drilling #Thermoforming
Technologies for Bioelectronics
This group designs, fabricates, and tests active neural interfaces and flexible, biocompatible implants for neural stimulation and recording. They explore new methods for stimulation and wireless power transfer. During the tour, you can visit their specialized facilities.
Sensor Development and Integration This group develops micromechanical sensors for various applications.
#TextileLabs #MechanicalTestingLab #FlexibleElectrodeProduction #Implantables #SmartTextiles #NeuralSimulation
Inuru
Possibly the only company worldwide printing OLED lighting, they have simplified the process by utilizing inkjet printing, making printed OLED lighting affordable. This is an advanced printed electronics production facility.
This is a unique opportunity to visit Inuru and its facilities.
Fraunhofer IAP
Fraunhofer IAP is developing future-oriented solutions throughout the polymer and nanomaterial value chain.
On this tour, attendees will gain insights into the research divisions of "Functional Polymer Systems," "Biopolymers," and "Polymeric Materials and Composites."
You will be guided through Fraunhofer IAP's pilot plants and labs on-site in Potsdam, including the clean room area for printed electronics, the pilot plant for fiber technology (from spinning to carbonization), and labs for polymer and quantum dot synthesis.
Key topics include #QuantumDots, #PerovskitePhotovoltaics, #OrganicPhotovoltaics, #PolymerSolidStateBatteries, and #PFAS-Free Fuel Cell Membranes.
Quantica
Quantica is an advanced additive manufacturing company headquartered in Berlin, Germany. Their innovative inkjet-based technology enables the digital deposition of high-viscosity and high particle-load materials. With their advanced systems, users can print and combine new materials seamlessly in a single process for 2D and 3D application development. From car coatings to printed electronics to hearing aids, Quantica's technology offers an innovative new solution. On this tour, attendees will gain insight into the research and development behind Quantica's printheads and systems. Additionally, they'll have the opportunity to witness a live printing demonstration, showcasing the technology firsthand.
Masterclasses
The tours take place after our masterclass program where you can learn the latest on some of the most important themes and technologies in the field, including:
Polymer Thick Films
Liquid Metals
Sustainable Electronics
Mass Production of Medical Wearables
Electroactive Polymer Actuators and Sensors
Interconnect Technologies for SMT on Flex
R2R Production of Flexible Hybrid Electronics
Digital Additive Electronics Technologies
Methods To Optimise InkJet Printing of Electronics
Green and Circular Additive Electronics
Bio and Green Electronic Materials
Integration of Electronics Into Textiles
You can see the full program here
Online Masterclasses
You can, of course, have access to the full portfolio of on-demand masterclasses. These were delivered onsite at our past TechBlick events in Boston 2024, Berlin 2023, and Eindhoven 2022 as well as online.
Furthermore, with the Hybrid Annual Pass, you will have access the onsite masterclasses to be delivered this September in Eindhoven on MicroLED, AR/VR and Display Technologies as well as masterclasses which are to be delivered in Boston 2025 on printed and additive electronics.
IQE | MC1:MicroLED LED Epitaxy
Holst Centre | MC2: Enabling solutions for mass-transfer of microLEDs
Coherent | MC3:Laser Technology in Mini- and MicroLED Fabrication: from Mass Transfer to Bonding and Repair
InZiv | MC4: Inspection and Repair Technologies in Micro and MiniLED Manufacturing
UBI Research | MC5: ARV/VR technologies, trends, and markets*
Hendy Consulting | MC6: An overview of the MicroLED industry and market
Fraunhofer IAP | MC7: Quantum Dot and Color Conversion Technologies*
Scrona | MC8: EHD and Inkjet Printing in MicroLEDs: From Repair to Color Conversion
Innovation Collaborative Centre (C2MI) | Interconnect Technologies for Integrating Rigid Components in Flexible Hybrid Electronics Applications.
Nagase ChemteX | Conductive Inks and Pastes: Technologies and Applications
VTT | Full R2R Process Flow for Flexible and Hybrid Electronics with Test and Verification Aspects
NC University | Liquid Metal Technology: Technologies, Applications, Practice and State-of-the-Art
Binghamton University | Digital Additive Manufacturing of Electronic Devices: Inkjet, Aerosol, Dispensing, EHD printing and beyond
Celanese | Screen Printing, Curing, and Testing/Post-Processing: Technologies, Practice, State-of-the Art
BotFactory | An Analysis of AME and its readiness to serve low-volume PCB manufacturing
Holst Centre | Wearables for Healthcare Applications
Kundisch GmbH & Co. KG | HMIs with Integrated Smart Functions
Holst Centre | Sustainable Electronics: Understanding and Analysing Sustainability Aspects of Printed Electronics
MacDermid Alpha | Interconnect technologies for flexible hybrid stretchable electronics: from conductive adhesives to low-T solder
Elantas | Processing Functional Screen Printing Pastes
Scrona | Electrohydrodynamic Printing and how to Scale it towards Economics
Neotech AMT GmbH | 3D Printed Electronics Stuttgart Media University | Screen Printed Batteries
JOANNEUM RESEARCH | R2R - UV Nanoimprint Lithography - Nano goes Macro for innovative use cases
Eastman Kodak | Technologies for High-Resolution R2R Manufacturing
TactoTek | 3D Structural In-Mold Electronics: New Design Freedom and New Design Rules
Holst Centre | Wearable Sensors for Healthcare Applications
Molex | Navigating the Market Landscape: Qualifying Ideas and Overcoming Barriers in Printed Electronics
Asada Mesh | Advanced Functional Screen Printing: Advances and Techniques for Ultra Fineline Printing Copy
Notion Systems | Industrial Inkjet Printing
Holst Centre | Wearable Sensors for Healthcare Applications
Fraunhofer Institute for Applied Polymer Research | Introduction to Solution-Processed Light-Emitting Materials: Quantum Dots, OLEDs
Holst Centre | Introduction to LIFT (Laser Induced Forward Transfer): Technology and Challenges
CPI | Flexible Hybrid Electronics Manufacture – An Overview
Innovation Lab | The Art of Roll-2-Roll Printing
Copprint | Copper Inks Usage, Formulations and Applications
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