Infinite focus range Facial and gesture recognition Optimized for infinite object distances: gesture recognition, face tracking, biometrics, and more.
NILT has designed, built, and characterized multiple meta optical element (MOE) lenses with 94% absolute efficiency. The groundbreaking result of 94% absolute efficiency is demonstrated with a 940 nm NIR lens. The result is a major milestone for the commercial use of metalenses and proves NILT’s MOEs are the first flat lenses that can compete with refractive optics. The high efficiency makes the MOE lenses ideal for sensing and machine vision applications targeting consumer electronics, industrial, IoT, medical, and automotive markets. These innovative markets will benefit largely from NILT’s MOE optical solutions, where requirements call for high efficiency, excellent performance, lightweight and compact designs. MOEs have enormous potential. MOEs can disrupt numerous applications, such as simplified Time-of-Flight (ToF) systems with high relative illumination and ultra-compact NIR cameras used for eye-tracking and driver monitoring. Previously, the main barrier has been the low efficiency of manufactured metalenses. This barrier is now finally removed. MOEs from NILT are ready to be delivered and mass-produced to customers’ specifications. They can be designed with complex phase functions, and multi-MOE stacked components can be designed to meet required specifications. The MOE itself is made in silicon on a glass substrate, making it strong, rigid, reliable, and thermally stable. It can be customized for wavelengths in NIR and SWIR bands.
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NIL Technology has long and thorough experience in masters. We have refined the manufacturing processes to obtain slanted gratings with high planarity of the slant surfaces, horizontal top and bottom planes, and sharp corners between the surfaces. Slanted grating masters from NILT do not suffer from rounded corners, warping of the planes, non-parallelism of the slant planes and non-horizontal top and bottom planes, as is the case of less advanced and optimized processed masters. Consequently, masters from NILT provides increased light control, less uncontrolled light scattering and in general second to none performance and efficiency.
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A desktop nanoimprint tool for easy replication of micro- and nanoscale structures
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NIL Technology is specialized in diffractive optical elements (DOEs). We make diffractive optics that are customized to your specific needs. This enables you to efficiently shape light and consequently improve the overall performance and flexibility of your products. Our selection of diffractive optics includes blazed, slanted, 1D and 2D gratings, fan-out diffractive beam splitters, and diffractive diffusers. NIL Technology offers you DOEs that are customized to your specific needs. We have made diffractive optics for many years and have extensive experience in complex and high-precision DOEs. We can offer rapid turnaround times for our customers, having design, testing, and manufacturing facilities within NILT. Through high accuracy in manufacturing, we are able to reach high-performance optics. Some of the benefits of our DOEs include: - High definition/pattern fidelity - High aspect ratios - Steep sidewalls - Multi-levels - High resolution - Low roughness With NILT, you can expect improved diffraction efficiency and better stray light suppression, among other key benefits. Contact us to get an overall understanding of how it will affect your optical applications and product performance by working with NIL Technology. We can be your partner throughout the whole product journey, from idea to design and production. Precise We have high-quality production methods and years of experience with high-precision diffraction structures Adaptable Easily replace or combine refractive optics with diffractive optics Energy-efficient Shape and divide laser beams to control intensity Custom-made Customized to your specific needs and specifications Effective Be able to precisely control the phase across the aperture and make complex intensity Diffractive optical elements (DOEs) are optical components made of structures with dimensions comparable to the wavelength in complex arrangements. Based on the types of application, DOEs are capable of manipulating an incident light’s phase and amplitude with the purpose of creating a desired output pattern with a unique functionality. Diffractive optics with a given function follows the same principles as a diffractive grating with a repetitive pattern of two or more levels, formed on the surface of a substrate – typically etched into the surface of a hard substrate or replicated in a polymer on the surface of a substrate or made purely in polymer. The depth of the pattern is in the order of the wavelength of the light, specific to the application, adjusted to the refractive index of the material of the DOE. Nowadays, with the aid of high accuracy advanced micro and nanolithography fabrication techniques, diffractive optics can be engineered with feature sizes ranging from a few hundred nanometers.
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