Sony’s QuickWave Infrared (QWIR) picture sensors are revolutionizing industries by enabling the detection of various supplies and substances.
Harnessing specific bands of sunlight, SWIR sensors capture images across both visible and short-wavelength infrared spectrums, unlocking a range of innovative applications spanning industries such as food inspection, material sorting, contaminant detection, and semiconductor production. The trend of has swept across Japan.
One crucial aspect of SWIR expertise lies in its ability to differentiate between materials based on their distinct absorption and reflection patterns, specific to unique wavelengths of light. Water, appearing deceptively transparent when seen gently, actually absorbs soft wavelengths of light, rendering it seemingly black.
This device excels at rapidly determining moisture levels in items, particularly in food inspections where detecting moisture is vital to ensuring quality and safety. SWIR sensors empower detection of foreign objects and contaminants, otherwise imperceptible to the naked eye, posing potential threats or challenges.
Moreover, SWIR sensors are capable of capturing high-resolution images in environments where visible light is obscured. Their ability to penetrate mist and smoke greatly enhances their versatility, making them invaluable in environments where reduced visibility poses a challenge.
Their value lies in precision inspections, where identifying minuscule contaminants or defects is crucial for ensuring operational efficiency and quality control.
Sony’s innovative approach to this housing facility is based on its SENSWIR expertise, a cutting-edge wide-band and high-sensitivity short-wave infrared (SWIR) image sensor technology. This breakthrough integrates high-sensitivity compound semiconductor InGaAs photodiodes with low-noise silicon readout circuits using innovative Cu-Cu bonding technology, significantly amplifying the sensor’s performance capabilities.
Sony’s SenSWIR sensors revolutionize imaging precision, empowering industries to uncover hidden details and boost productivity and inspection accuracy by detecting previously invisible phenomena.
Their software is transforming industries such as food safety, material sorting, and semiconductor inspection by enabling the detection of previously undetectable anomalies.
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