Thinnest Optical Filters
Industries we actively serve
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Life Sciences & Med. Tech.
Everix ultra-thin optical filters increase signal-to-noise ratio by reducing the gap between tissue and detectors. They also enable better light emission and light capture with simplified optical designs thanks to the conformity and moldability of our products onto curved surfaces to reduce or even completely eliminate angular shift in thin-film filters.
Application areas: fluorescence microscopy, imaging, and sensing - point of care, wearable, and portable health monitoring devices - phototherapy - flow cytometry - microfluidic devices - food and agriculture quality sensors.
Industrial, Robotics & IoT Sensors
Everix ultra-thin optical filters enhance signal-to-noise ratio and range for Time of Flight sensors with simplified optical designs thanks to the conformity and moldability of our products onto curved surfaces to reduce or even completely eliminate angular shift in thin-film filters.
Application areas: ToF (Time of Flight) sensors, 3D sensing, 3D mapping, drone sensors, robotic sensors, industrial automation sensors, LiDARs, and smart city sensors.
Consumer Electronics
Everix ultra-thin optical filters enhance signal-to-noise ratio and range for 3D sensors and Time of Flight sensors in consumer electronic devices.
Everix ultra-thin optical filters also address a major unmet need in consumer electronics segment for high-performing filters on curved plastic surfaces in devices such as AR/VR headsets where PVD and other coating methods are not sufficient either for scaling or for performance on plastic substrates. Everix ultra-thin, plastic-based filters can be molded to complex curvatures at scale while maintaining optical performance commensurate to vacuum-coated filters.