Page 96 - The Indian Optician Digital Edition March-April 2021
P. 96

WAVEOPTICS AND






            LUXEXCEL CREATE

          AUGMENTED RX EYEWEAR












             WaveOptics and Luxexcel recently                completely flat and during the printing process,
          collaborated to create an exciting and             an air gap is created. The 3D-printed structure
          innovative module required to develop              also provides an accurate mounting for the
          Augmented Reality prescription smartglasses        projector that ensures perfect alignment when
          for the fashionable consumer. The module’s         assembled into an optical module.
          key features can be customised, manufactured,
                                                                The feature of integrating a waveguide
          and scaled to help provide the best fit to the
                                                             into a 3D printed lens ensures that the eyewear
          consumers and fulfil their requirements.
                                                             is thinner with an estimated 50 percent
             Luxexcel is the only technology provider        reduction in the overall weight, as compared
          that enables customers to 3D print prescription    with legacy lenses. The waveguide is also
          lenses while WaveOptics designs and                protected by the lens material that creates
          manufactures waveguides and projectors to          a rugged, dust, and waterproof solution that
          unlock the potential of augmented reality for      works well for the wearer.
          the mass market.
                                                                The Chief Technology Officer at WaveOptics,
             Guido Groet, Chief Strategy Officer at           Phil Greenhalgh, further added, “The
          Luxexcel throws more light on the successful       combination of WaveOptics’ Katana waveguide,
          collaboration, “About 70% of the adult world       the thinnest and lightest waveguide on the
          population today need vision correction to         market today, with the complete encapsulation
          see their best. Providing consumers with           provided by Luxexcel’s printed lenses creates
          a single device that integrates both their         an incredibly compact and robust solution that
          prescription requirements, as well as smart        will withstand real-world use. This partnership
          technologies from leaders such as WaveOptics,      provides a solution for two of the major product
          is a prerequisite in enabling the adoption of      planning challenges all of our customers face:
          smartglasses by the mass consumer market.          how to address prescription accommodation
          The combined strengths of the partnership:         and delivering a robust waveguide in a form
          Luxexcel’s 3D printing platform and                factor that can go into a consumer product.”
          WaveOptics’ waveguides, create Augmented
                                                                In March 2022, SPIE. AR, VR, MR conferences
          Reality prescription eyewear that everyone has
                                                             will take place where the module will be shown
          been waiting for.”
                                                             for the first time. Both the companies shall
             Manufactured with Luxexcel’s patented 3D        also engage in a virtual fireside chat to discuss
          printing platform, the module features a fully     topics ranging from the partnership to their
          encapsulated waveguide in the curved body of       respective technologies. The prototype samples
          a 3D printed prescription lens. It provides high-  of the module will be made available for
          quality images because the waveguide remains       customers in Q2 2021.



           |  MAR-APR 2021  | 92  TECH UPDATE





   Mar-Apr 2021 SK.indd   43                                                                                 27-04-2021   16:31
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