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Raydiance Secures $20 Million of New Funding to Support Continued Development and Commercialization of Ultrafast Laser Platform

When used at non-ablative energy levels, Raydiance can be deployed to change the surface structure of materials. Here, crystalline silicon has been irradiated to create a high surface area structure such as would be used in photovoltaic cell applications. This illustrates how Raydiance lasers are useful in increasing the efficiency of solar cells (Photo: Business Wire).
When used at non-ablative energy levels, Raydiance can be deployed to change the surface structure of materials. Here, crystalline silicon has been irradiated to create a high surface area structure such as would be used in photovoltaic cell applications. This illustrates how Raydiance lasers are useful in increasing the efficiency of solar cells (Photo: Business Wire).

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