Offering a computational microscope capable of large field-of-view and high-resolution imaging, Ramona Optics has developed a Micro-Camera Array Microscope (MCAM) - the first gigapixel microscope that can capture cellular-level detail over hundreds of square centimeters. Current microscopes cannot capture images at high resolution over an area larger than a few square centimeters. This small size fundamentally limits what what the User xan see and how quickly they are able to see it. Ramona Optics is combining machine learning with novel optics with the goal of reinventing what is possible with a microscope. By combining an array of image sensors, custom-designed lenses, structured lighting, and machine learning software, the firm has created a computational microscope capable - for the first time - of large field-of-view, high resolution imaging for the first time. This technology has applications in biomedical imaging, automated inspection, and art research.
