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INTRODUCTION
Without causing any optical distortion or impairing the performance of laser light detection, the wire-free, integrated film heater offers high transmittance, extremely effective de-icing, and even heating over the whole sensor cover surface.
Across a range of input voltages, the heater can be adaptably designed to satisfy a customer’s optical requirements, heating performance standards, or brand design. High heat resistance, near-infrared LiDAR transparency, and built-in 3D formability are all features of the Makrofol PC surface layer.
Light Detection and Ranging, or LiDAR, is a type of remote sensing that employs a laser beam to gather data about nearby objects.
It makes it possible for mapping tools to look at the surroundings with accuracy, precision, and flexibility.The specimen’s geometrical dimensions are held constant during the laser heating tests while the grain size is altered. As a result, both the effect of the specimen on friction and the effect of the specimen’s surface to volume ratio on heat loss are disregarded.
GLOBAL HEATED LiDAR COVER LENS MARKET SIZE AND FORECAST
The Global Heated LiDAR cover lens Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
RECENT DEVELOPMENT
The Canatu LiDAR heater on Makrofol PC film was shaped and trimmed before being put in an injection mould and back injected with strong, light, and laser transparent Makrolon polycarbonate resin to provide the component structure. This one-step process was used to create the LiDAR sensor cover lens.
The demonstrator has already been proved for production scale-up, and the FIM method removes the requirement for numerous distinct processes in the creation of functioning plastic parts. With anti-reflective (AR) or hard coatings (HR) on the back and front surfaces, as well as Makrolon AG or AX resin, the heated LiDAR sensor cover lens can be further tuned without affecting the lens’ near infrared transmission rate.
The sensor’s field of vision (FOV) is guaranteed to be free of ice, snow, and fog thanks to the final moulded component’s strength, low weight, LiDAR permeability, and total lack of wires. When self-driving cars come across snow and ice, this enables high-accuracy remote sensing, measurement, and 3D LiDAR mapping, as well as greater pedestrian safety.
COMPANY PROFILE
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