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From July 25-28, 2023, Rising Optics participated in IDEF'23 in Turkey, showcasing our latest infrared optical technologies and solutions. Our booth was located in Hall 11, 11A-40-2 and attracted a large number of visitors. We demonstrated the strength of Rising Optics with our professional and inno Read More

Short-wave near-infrared lens that can see through smog, dust, and smokeThe short-wave near-infrared lens has special value in the military field because of some unique characteristics. It combines short-wave infrared and long-wave infrared to maximize target detection and recognition. Spot detectio Read More

Near-infrared (SWIR) or short-wave infrared light is generally defined as light with a wavelength range from 0.9 to 1.7 μm, but it can also be classified as light with a wavelength range from 0.7 to 2.5 μm. Since the human eye cannot directly perceive infrared light, we need to rely on instruments to obtain the information generated by infrared light. Read More

About Infrared LensThe infrared lens uses a special optical glass material, and uses the latest optical design method to eliminate the focal plane shift of visible light and infrared light, so the light from visible light to infrared light can be imaged on the same focal plane, so that the images ar Read More

The short-wave infrared band refers to the band with a wavelength between 900-2500 nm, which cannot be recognized by the naked eye. Minerals, artificial substances, and other ground objects have special components, and short-wave infrared can "see" this special component, but the naked eye and visib Read More

The SWIR lens is used to capture images of day and night scenes. The imaging effect is black and white, with strong penetration, and can be imaged under the invisible condition of the human eye. It can normally work under visible light in the daytime, and the short-wave infrared lens can play its advantages in the night or smoke, fog, and other situations, and can see the active image as clearly as in the daytime, which has long been separated from the use of traditional night vision technology. Read More