We have developed 3D Holographic photolithography to enable the cost-effective patterning of non-planar substrates, such as 3d-silicon, micro-sensors, actuators, antennae, micro-optics and micro-fluidic 'bio-chips'. The technique combines computer-generated holograms with a customised mask exposure tool.
We seek industrial partners to commercialize this technology.
We have over 50 patents at Aston ready for commercialisation.
Our exhibits include Aston's Formula Student car simulator which is a fine example of a collaborative project and demonstrates just a few of our extensive capabilities.
ATHENA3D has developed a unique shape and colour scanner for applications in product development, quality control, heritage and media. The system is built on a patented platform technology enabling automated and robust 3-D metrology. The colour and shape data are co-registered for enhanced photo-realistic output with post processing functions and output to CAD formats from the system software.
We seek funding to assist in the commercialization of this technology.
A considerable amount of research is conducted at the University of Cambridge in the areas of photonics, liquid-crystal technologies, LCOS devices and PLED & flexible displays (including the associated constituent polymers). We will present an overview of this research and highlight some of the technologies, available for licensing, which have stemmed from these activities.
IEO specialises in holographic applications of photopolymers. Our colour changing holograms act as humidity indicators and as authentication/security devices. We are developing holographic DNA and chemical sensors, optical elements for LDV and ESPI systems and a new lithographic technology for optical device fabrication and seek to commercialise our technology in partnership with industry.
We will be demonstrating our technology skills, showing some demonstrations of photonics technologies ripe for commmercialisation. We undertake research with industry and currently have licensing opportunities in novel light sources, micro LEDs and material processes.
Isis Innovation is the University of Oxford's technology transfer company. Isis manages the University's intellectual property portfolio, working with researchers on identifying, protecting and marketing technologies through licensing, spin-out company formation and consulting. Please visit us we have much to show you.
Demonstrating our expertise in Biomedical Photonics.
We will be displaying research prototypes, Venox (non-invasive venous oximetry) and OxiMap (real-time imaging photoplethysmography). Come and see our demonstrations of these technologies.
We are exhibiting two of our current projects, one on the measurement of the macular pigment and the other on low cost adaptive optics. AOPROTO is a project in which we are developing technologies, systems and software for very low cost adaptive optics.
UPS2 fabricates ultra precision and structured surfaces in a wide range of materials. The large optics manufacturing facility contains grinding, polishing, finishing and metrology equipment, and can produce spherical, aspheric and free form surfaces up to 2m in diameter.
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