A new generation of technology developers for lens Imagia recently announced the completion of $4.5 million in seed swap financing. This round of financing, which is led by Gates Frontier, involves MetaVC Partners and other strategic investors, will be used to help Imagia accelerate the development of the first generation of company silicon-based lens and initial commercial deployment.
Imagia indicated that its ultra-length technology could reduce the entire optical component to the planned crystallized lens, thereby significantly reducing the size and complexity of optical components. According to Imagia, the company’s technology, by using the method that is being applied for patents, can directly calibrate the nano-level structure on the various baseboards, thereby creating completely flat hyperscopes that are designed to guide the scanning without the need for a traditional travers. These lens can be diameters or round diameters, and they can be done as small as individual ideologies on digital monitors.
Imagia pointed out that manufacturers of complex photovoltaic products, such as AR/VR, had been obliged to weigh between the forms of human engineering and optical functions owing to the limitations and limitations of traditional optical devices. According to Imagia, these restrictions no longer apply to ultraviolet lenses, which provide manufacturers with greater flexibility in optical design to achieve higher performance products, while reducing size, weight and complexity.
The company also claims that its methodology allows for a completely new equipment structure, with ultra-lengths that can be constructed directly in the same manufacturing process at the top of CMOS (e.g. LED and image sensors), thus eliminating several key steps in the calibration of optical machinery.
The Chief Executive Officer of Imagia, Greg Kress, stated that: “The excess material is a real paradigm shift in the way we manipulate the light, similar to a shift from simulation to digital calculations, with traditional glass lens already in existence for hundreds of years. The inherent restrictions on the use of these types of lenses have led to complex, heavy optical components and require precise mechanical equivalence. Imagia has changed this approach through lens such as the manufacture of integrated circuits, which has only recently become possible.”
Imagia, currently in the prototype phase, indicates that its ultra-length technology is generally reduced by more than 90 per cent in applications, including light-quality high-performance AR images and next generation of full-interest monitors. The company added that it was also working to lay the groundwork for the design of an expanded image-spreading lens in order to bring significant benefits to the design of smart mobile camera cameras, satellites and computer visual systems.
Pulsar, Founder and Chief Executive Officer David Bonelli, stated: “We firmly believe that the next generation of AR mirrors will be driven by this lens technology, and Imagia’s lens technology is expected to open new areas of optical design, which is not possible in the past.”
Imagia added that it is now working with Pulsar to explore future applications of hyperscopes.
Imagia, founded by Dr. Greg Kress of Stanford University, is led by a team of optical physicsists and material science engineers, aimed at reshaping the next generation of high-performance photovoltaic electronics through the ultraviolet technology that it is applying for patents, as well as the use of proprietary silicon-based silicon-based optical materials and state-of-the-art optical tools.
Imagia indicated that it is currently developing the AR monitors and LED lighting products for its clients.
New wave declaration: the posting of this text on the new wave does not imply approval of its views or confirmation of its description for the purpose of communicating additional information.