Yoto Optoelectronics Technology Co., Ltd. is a high-tech enterprise focused on infrared optical technology. Adhering to the philosophy of "Empowering Precision with Technology, Leading the Future with Innovation," the company is dedicated to the research, development, production, and sales of infrared thermal imaging, night vision technology, and optoelectronic equipment. With years of technical expertise and market expansion, we have become a leading supplier of infrared sights and cameras in China, with products widely used in national defense, law enforcement, outdoor hunting, security surveillance, and industrial inspection.
The new low-light/infrared fusion telescope is a multifunctional handheld night vision device with small size, light weight and easy to carry. It integrates multiple functions such as infrared imaging, low-light imaging, laser ranging, posture acquisition, storage and playback, etc., providing observers with rich battlefield information and greatly improving the field combat capability of individual soldiers.
The new low-light/infrared fusion telescope can work all day long, especially at night, in fog and haze and other low-visibility environments, providing observers with clear infrared and low-light images, distance information and attitude information to help observers find hidden targets.
The new low-light/infrared fusion telescope product consists of a host, hand strap, battery, charger including power adapter), maintenance tools, carrying bag, storage box, maintenance instructions and data cable. The host includes infrared module, low-light module, laser rangefinder, electronic compass, fusion circuit board, eyepiece module, structural shell, and random tools include soft brush, hard brush, lens cloth, alcohol wipes, toothpick and cotton swab
The working principle of the new low-light/infrared fusion telescope is as follows: the infrared and low-light optical lenses converge the target information onto the infrared and low-light CMOS sensors respectively, the sensors convert the optical signals into electrical signals, transmit the video to the fusion circuit after image optimization processing, fuse the dual-light videos through the fusion algorithm, and then superimpose the attitude information of the electronic compass, the distance information of the laser rangefinder and the menu interface onto the video, and finally display it on the OLED display screen, and then convert the light emitted by the OLED into parallel light for human eye observation through the optical eyepiece.
