Micro-Optics Summit & Expo 2024

This presentation reviews the PHABULOuS project and highlights the objectives moving forward as independent legal entity beyond the project.

This presentation shows the new ecosystem for micro-optics in Europe and explains the kind of users for the platform and markets addressed.

This presentation will explain how laser welding in automotive can be improved by freeform laser beam shaping.

This presentation will explain the potential of micro-optics in automotive from enhanced lighting systems and advanced sensor systems to interior enhancements.

This presentation will show the micro & nano-optics process flows and micro-lenses in automotive lighting as well as micro lens arrays on sensor imagers.

This presentation will share insights into the market analysis of new lighting elements, new applications, software and business chances in car lighting.

This presentation will discuss the light sources, the manufacturing, the styling and the performance of micro-lens arrays in automotive lighting.

This presentation will talk about adhesives and imprint resins used for micro-optics in amongst others the automotive market.

This presentation will talk about enhanced automotive lighting solutions using femtosecond laser structuring.

This presentation will cover the automated test equipment for optics in automotive, including topics such as cost optimisation, modularity, flexibility and efficiency.

This presentation will cover the unique and high volume manufacturing capabilities of polymer components for the automotive industry.

This presentation will talk about the market-leading nanocomposites for multiple fast-growing applications in automotive, AR/MR, optics/sensors and displays.

This presentation covers the micro-optical system and manufacturing capabilities of Fraunhofer IOF, focussing on light carpets, symbol ground projection and low beam applications.

This presentation will discuss the advancements and challenges to design and integrate micro-optics in automotive lighting.

This presentation will include the printoptical capabilities of Luximprint, including design guidelines, materials specifications and surfaces & finishes.

This presentation will cover the recent progress in UV-Nanoimprinting of Micro Optics on foil.

This presentation is about shaping light using nano-structures and covers challenges and the production using an optical co-molding proess developed by NANOPTIQS.

This presentation shows the advantages of freeform optics for lighting applications and highlights the different technologies, challenges and results and benefits related to wall washing applications.

This presentation covers ultrafast laser capabilities such as graving, drilling, cutting, texturing, marketings, welding options for the luxury, medical and electronics market.

This presentation will cover the nanoimprint solutions for consumer devices covering AR/VR, displays, sensors and automotive applications.

This presentation covers the capabilities of 3D AG as upscaling partner to create masters, nickel sleeves, inserts and UV embossed films for optics that enhance functionality in consumer products.

This presentation covers innovative micro and nanofabrication for enhanced performance in displays.

This presentation covers the high precision 3D microfabrication capabilities of Nanoscribe.

This presentation covers the unprecedented visual experiences enabled by the roll-2-plate imprinting capabilities of Morphotonics.

This presentation shows the capabilities of the patented Dynamic Part Indexing (DPI®) technology for mobile applications, LiDAR, automotive headlights, healthcare applications and more.

This presentations explains what photomask technology can do to improve and enhance XR device components.

This presentations shows the high-precision solutions for scalable AR waveguide production from waferscale composite rubber stamps to replication using nanoimprint lithography (NIL).

This presentations talks about about the missing link for micro-optics implementation in AR development.

This presentation talks about the software for micro-optics design and system simulation.

This presentation talks about microoptics can support light AR eyewear.

This presentation talks about enhancing beam performance for life sciences instrumentation.

This presentation talks about custom photonics on-demand for respiratory diagnostic and other applications.

This presentation is about a new small and fast MEMS thermal emitter for non-dispersive optical fas sensing systems.

This presentation talks about the R2R capabilities of Fraunhofer FEP for applications such as decorative foils, foild for drag-reducing bionic surface finishing in transport, iptical foils with freeform microoptical elements and labels and packaging foils with diffractive holograms.

This presentation talks about holograms for brand protection and anto-counterfeiting capabilities

This presentation talks about Direct Atomic Layer Processing (DALP®) for advanced materials R&D, prototyping of micro and nanodevices, and scalable manufacturing to final applications in domains such as Optics, Photonics, MEMS/Sensors, Microfluidics, RF, and Printed Electronics.

This presentation talks about functional testing of micro-optics for PICs, Datacom and Telecom

This presentation talks about mold fabrication for waferscale datacom expanded beam connectors with built-in antireflective nanostructures.

This presentation talks about materials with high near-IR transparency for typical VCSEL wavelengths that are ideal for molded microlenses for optical interconnects.

This presentation is about NIL imprint technology as solution for high quality optics for displays, AR, sensors, automotive, LiDAR and silicon photonics / PICs.

This presentation covers the capabilities of 3D printing to create free space microoptics couping solutions, on fiber arrays, op chip edge and op chip surface.

This presentation covers advanced 3D lithography technology, delivering submicron resolution and unmatched manufacturing efficiency.

This presentation is about wafer-scale micro-imprinted optical & mechanical structures for beam refocusing/redirecting and fiber alignment walls/funnels.