EPIC - European Photonics Industry Consortium

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More Info on EPIC - European Photonics Industry Consortium

An active industry association that foster a dynamic photonics ecosystem by maintaining a strong network and acting as a catalyst and facilitator for technological and commercial advancement.

Podcasts

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Following the Photons: A Photonics Podcast
In this episode of Following the Photons: A Photonics Podcast, Antonio Castelo, EPIC’s technology manager for Biomedical and Lasers, talks with Alexander Weigl, head of product...
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Following the Photons: A Photonics Podcast
This episode of Following the Photons kicks off a monthly interview series presented by EPIC, the European Photonics Industry Consortium. It will showcase the people and companies...

Articles

Credit: Lidrotec
FIGURE 1. Schematic of the LidroCUT process.
Laser processing is becoming a fundamental semiconductor manufacturing technology rather than a specialized fabrication tool.
Sensofar's headquarters in Terrassa, Spain
In this interview, Antonio Castelo, EPIC’s technology manager for Biomedical and Laser Technologies, speaks with Roger Artigas, president and CTO of Sensofar Tech SL, a multinational...
Credit: CCraft
Processing of lithium niobate wafers.
The next generation of photonic integrated circuits is moving beyond silicon, driven by an industrial-scale effort to commercialize new material platforms like thin-film lithium...
Credit: Precitec
Gwenn Pallier, product line manager at Cailabs (left), and Markus Kogel-Hollacher, head of R&D projects at Precitec (right).
Members Only
Antonio Castelo, EPIC’s technology manager for Biomedical and Lasers, gets the inside scoop from Gwenn Pallier, product line manager at Cailabs, and Markus Kogel-Hollacher, head...
Credit: TRUMPF
FIGURE 1. Hairpin welding for electric motors.
Laser welding innovations in sources and components are improving efficiency.
Pim Kat, CEO of Amazec Photonics (left), and Eelko Brinkhoff, CEO of PhotonDelta (right).
In this Q&A, Ivan Nikitski, EPIC’s Technology Manager for Quantum and PICs, talks to Pim Kat, CEO of Amazec Photonics, and Eelko Brinkhoff, CEO of PhotonDelta.
Credit: VitreaLab
FIGURE 1. VitreaLab’s quantum light chip (QLC) emits hundreds of laser beams.
Photonics companies in Europe are addressing microdisplay manufacturing challenges.
Rivada's Outernet: an independent, fully meshed network via laser links.
A new space race is being driven by unprecedented advancements in photonic technologies, which is revolutionizing satellite networks and redefining global communication infrastructure...
(Photo credits: Menhir Photonics and neoLASE)
Jonas Heidrich, product line manager at Menhir Photonics (left), and Maik Frede, cofounder and CEO of neoLASE (right).
Menhir Photonics' Jonas Heidrich and neoLASE's Maik Frede chat with EPIC’s technology manager for biomedical and lasers.
(Image credit: Prospective Instruments)
FIGURE 1. 3D volume scan of a xenograft (yellow arrow) model in a zebrafish larvae imaged with TPEF and label-free CARS microscopy; the label-free CARS signal is depicted in red and indicated by pink arrow. Scale bar: 100 µm.
Advances in microscope technology can improve the efficiency, accuracy, and speed of the biological specimen imaging process.

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Additional content from EPIC - European Photonics Industry Consortium

(Image credit: Metalenz)
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An optical revolution? Advancements in the design and manufacture of optical components leverages properties of metasurfaces and meta-optics to surpass traditional optical hardware...
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European photonics companies and organizations are contributing to the evolving technologies that provide invaluable insights into environmental science. Here's an overview.
Photo 277698908 © Yuriy Nedopekin | Dreamstime.com
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Ivan Nikitski, EPIC’s Photonics Technology program manager, talks to Mirella Koleva, CEO and cofounder of Quantopticon, makers of simulation software to streamline the design ...
(Photo credit: TRUMPF)
Clean room manufacturing at TRUMPF.
In this interview, EPIC’s Antonio Castelo talks to Berthold Schmidt, CEO of TRUMPF Photonic Components.
(Courtesy of NIREOS)
FIGURE 4. The NIREOS HERA Extended SWIR-3 camera (900-2300 nm).
In this article, we explore hyperspectral-imaging-based products being developed by European companies.
(Photo credit: 4JET)
Inspecting a piece of thin glass cut with a laser.
Antonio Castelo, EPIC’s Technology Manager for Bio-Medical and Lasers talks to Joerg Jetter, CEO of 4JET, a German developer of laser systems for cleaning, patterning, marking...
(Photo credit: Jüke Systemtechnik)
Product Example04
Antonio Raspa, EPIC’s senior photonics program manager, talks to Martin Hovestadt, CEO of Jüke Systemtechnik, a service provider for system development, production, and regulatory...
(Courtesy of Sébastien Dolidon, for Quandela/Matt La Prod)
FIGURE 1. Quandela’s stand-alone single-photon source.
Integrated quantum photonics offers a paradigm shift for quantum computing, quantum communications, and quantum sensing.
(Image credit: PhotonX Networks)
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Ivan Nikitski, EPIC’s photonics technology manager, talks to Oded Raz, cofounder of PhotonX Networks, a Technical University of Eindhoven spinoff that aims to commercialize packaging...
Installation of optical sensors with HBK FiberSensing’s portable interrogator.
Luís Ferreira, director of optical business at HBK FiberSensing, discusses his storied career with EPIC’s Antonio Raspa.
FIGURE 1. Early detection of diseases in vineyards using the SILIOS CMS4-V multispectral camera.
Optical components are helping to detect plant diseases, treat pests, collect data, and protect wildlife from heavy machinery use—as farmers shift to science-based procedures ...
(Courtesy of Metalenz)
FIGURE 1. Top-down scanning-electron microscopy image of Metalenz' meta-optic chip.
The evolution of metalens technologies shows its promise for optical, imaging, and display systems, and now fabrication within the same plants as computer chips may help speed...