Meta Optics
Nanoimprint-based mass production to deliver metalenses for the mass markets
Meta optical elements (MOE’s), also known as metalenses, are optimal for various applications as smartphones, AR/MR, wearables, automotive, robotics, and IoT platforms, with applications ranging from depth-sensing and presence detection to face identification, gesture recognition, eye-tracking, driver-monitoring systems, and medical instrumentation.
Metalenses lend themselves to compact lens and module architectures. In near-infrared applications, the lenses are produced using a silicon-on-glass substrate, which makes them mechanically robust and thermally stable.
NILT MOEs are manufactured and assembled using semiconductor-class equipment and deliver consistently high performance in mass production.
NILT Meta Lens Solutions
NILT has an ever growing selection of solutions that fit your specific needs.
Metalenses
94% efficiency metalenses, setting a new benchmark in manufacturing, demonstrating how innovative technology can revolutionize the future of sensing and imaging.
metaEye™ camera
Ultracompact metalens-based camera with applications for eye-tracking, smart locks, biometrics, SLAM and ubiquitous sensing across a range of applications.
Time of Flight camera
Metalens iTOF system that showcases depth mapping capabilities using a two-surface (2M) Rx metalens, effectively substituting 3-4 traditional refractive lenses.
Dot Projectors
Meta optics high efficiency, low dot uniformity error, and high contrast ratios, which enable exceptionally compact dot-projector modules.
Flood Illumination
Single-surface metalens flood illuminators with applications such as 3D sensing, illumination for time-of-flight sensing and face recognition.
Pattern Projection
Single-surface metalens pattern projectors that allow for extreme miniaturization of optical systems with up to 60% efficiency.
“NILT’s demo-systems showcase the use of metalens and nano-optics across diverse set of applications including AR|VR|MR eye-tracking, industrial depth sensing to automotive driver monitoring systems. It also illustrates NILT’s vertically integrated model with tightly coupled capabilities in design, rapid prototyping, and nanoimprint-based mass-production to deliver metalenses for the mass markets.”
– Theodor Nielsen, Founder and CEO of NILT