Summary
Biomimetic (BIOM), spin-off the Foundation for Research and Technology-Hellas (GR), was founded in 2020 to lead the exploitation of
the results coming from a long R&D pathway on developing laser strategies for producing bionic surfaces (e.g. LiNaBioFluid and
Biocombs4Nanofibers FET projects). One of these investigations led to GLASS, a novel, cost-effective laser process, capable to imprint
biomimetic antireflective (AR) nanostructures on glass. GLASS provides remarkable AR properties, using a single-step and
environmentally friendly manufacturing process, contrary to the most used AR coating techniques in industry that involve the use of
chemicals and multiple steps. Considering the huge commercial applications that this unique laser strategy can have (e.g. displays,
special optics, digital cameras, automotive, telecommunication, solar systems), with this project BIOM will funnel efforts to address
the major challenge of GLASS related to the mechanical durability of laser treated glass. Ultimate aim is the use of GLASS-produced
AR glass for small-scale commercial applications, placing emphasis on consumer electronics displays and specialized optics markets.
For this purpose, BIOM is partnering with Corning Inc (CORN), currently the leading glass manufacturer for consumer electronics, to
work together on optimizing the GLASS process to meet the mechanical durability specifications of the two respective markets, while
at the same time will co-develop with LASEA, a recognized laser systems manufacturer, an automated GLASS laser system. These
technical improvements will be validated by CORN undertaking the role of customer, while BIOM with the support of FORTH PRAXI
NETWORK, a highly specialized company in technology
the results coming from a long R&D pathway on developing laser strategies for producing bionic surfaces (e.g. LiNaBioFluid and
Biocombs4Nanofibers FET projects). One of these investigations led to GLASS, a novel, cost-effective laser process, capable to imprint
biomimetic antireflective (AR) nanostructures on glass. GLASS provides remarkable AR properties, using a single-step and
environmentally friendly manufacturing process, contrary to the most used AR coating techniques in industry that involve the use of
chemicals and multiple steps. Considering the huge commercial applications that this unique laser strategy can have (e.g. displays,
special optics, digital cameras, automotive, telecommunication, solar systems), with this project BIOM will funnel efforts to address
the major challenge of GLASS related to the mechanical durability of laser treated glass. Ultimate aim is the use of GLASS-produced
AR glass for small-scale commercial applications, placing emphasis on consumer electronics displays and specialized optics markets.
For this purpose, BIOM is partnering with Corning Inc (CORN), currently the leading glass manufacturer for consumer electronics, to
work together on optimizing the GLASS process to meet the mechanical durability specifications of the two respective markets, while
at the same time will co-develop with LASEA, a recognized laser systems manufacturer, an automated GLASS laser system. These
technical improvements will be validated by CORN undertaking the role of customer, while BIOM with the support of FORTH PRAXI
NETWORK, a highly specialized company in technology
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/101113210 |
| Start date: | 01-05-2023 |
| End date: | 31-10-2025 |
| Total budget - Public funding: | 2 498 945,00 Euro - 2 498 945,00 Euro |
Cordis data
Original description
Biomimetic (BIOM), spin-off the Foundation for Research and Technology-Hellas (GR), was founded in 2020 to lead the exploitation ofthe results coming from a long R&D pathway on developing laser strategies for producing bionic surfaces (e.g. LiNaBioFluid and
Biocombs4Nanofibers FET projects). One of these investigations led to GLASS, a novel, cost-effective laser process, capable to imprint
biomimetic antireflective (AR) nanostructures on glass. GLASS provides remarkable AR properties, using a single-step and
environmentally friendly manufacturing process, contrary to the most used AR coating techniques in industry that involve the use of
chemicals and multiple steps. Considering the huge commercial applications that this unique laser strategy can have (e.g. displays,
special optics, digital cameras, automotive, telecommunication, solar systems), with this project BIOM will funnel efforts to address
the major challenge of GLASS related to the mechanical durability of laser treated glass. Ultimate aim is the use of GLASS-produced
AR glass for small-scale commercial applications, placing emphasis on consumer electronics displays and specialized optics markets.
For this purpose, BIOM is partnering with Corning Inc (CORN), currently the leading glass manufacturer for consumer electronics, to
work together on optimizing the GLASS process to meet the mechanical durability specifications of the two respective markets, while
at the same time will co-develop with LASEA, a recognized laser systems manufacturer, an automated GLASS laser system. These
technical improvements will be validated by CORN undertaking the role of customer, while BIOM with the support of FORTH PRAXI
NETWORK, a highly specialized company in technology
Status
SIGNEDCall topic
HORIZON-EIC-2022-TRANSITIONOPEN-01Update Date
31-07-2023
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