Tesla Optronics Technology Co., LTD is a technology-driven company with the core direction of the optoelectronic system industry, providing customers with intelligent optoelectronic system solutions based on multi-spectrum and multi-band fusion imaging systems. With the independent and controllable core technology, we innovate and develop all kinds of infrared photoelectric detection products, such as infrared imaging machines, infrared thermometers, imaging medical, military manned products, regional security integrated solutions, etc. Our thermal imaging machine products are widely used in vehicles, airborne, security monitoring, patrol, and detection, assisted driving, and other fields.
■ NETD < 40mK ■ Advanced WDR image processing ■ Continuous digital zoom ■ Lightweight, Low power consumption ■ IPC & SW-TNV expansion boards supported ■ Shutterless technology
EverCore320M/640M/1280M adopt high-quality medium-wave cooling detector. They are stable and durable. Producing clear image, the modules can meet the use of various harsh environments, suitable for the integration and secondary development of ultra-long-range infrared thermal imaging systems.
Based on 320x256/640x512, 15um InGaAs sensors (0.9um to 1.7um), the modules are designed for special tasks. The features of flexible mounting and configuration make it easy to integrate with various optoelectronic systems. The SWIR camera modules have excellent imaging capability in the shortwave infrared band which is ideal for high-threat target detection and identification, obstacle avoidance, and other critical tasks. The EverCore Shortwave IR Vision Enhancement Kit incorporates a switchable multi-filter device to enhance scene contrast for camouflage identification, laser targeting, laser warning, covert communications, gunfire detection, and other imaging applications requiring precisely defined wave length.
Main technical indicators (accept user customization): ► Frame angle range: Pitch -80° +20°, Azimuth -120° +120°. ► Field of view (FOV): Television 12.7°×7.1° (RGB), Infrared 12.5°×10°. ► Detection distance: Television 3.0 km, Infrared 1.5 km. ► Recognition distance: Television 2.0 km, Infrared 0.7 km. ► Overall mass: 500g; ► Tracking performance: Maximum line-of-sight angular velocity for tracking 15°/s, line-of-sight angular velocity error 0.2°/s. ► Power supply: 24V DC input, rated power consumption 15W.
It integrates infrared, visible light, laser ranging, and laser indication functionalities into a compact coaxial intelligent detection device. It features a built-in composite positioning module, high-precision digital electronic compass, long-range laser ranging, dual-band laser indicator, and a multi-functional meteorological sensor module. It also includes dual-spectrum fusion capabilities, suitable for all-weather target positioning reconnaissance, indication, ballistic computation (optional), and photo-video evidence capture. It offers extensive interfaces for battlefield connectivity.
It is a refrigerated ultra-long-range multi-spectral target detection device capable of observing dual bands: 0.4μm~1.1μm visible light and 3μm~5μm mid-wave infrared. It provides dual optical band imaging highlighting suspicious living targets, and features long-range target ranging, speed measurement, precise positioning in different coordinate systems, and multi-environmental parameter acquisition. It offers optional features such as expanded fiber gyro high-precision azimuth system, customized 1064nm laser terminal guidance system, extended battlefield temporary control remote system, and customizable multi-type light and heavy weapon ballistic computation.
It is a rapid assembly and portable remote control system based on single soldier handheld detection device and high-precision demagnetized remote control platform. It consists of a single soldier handheld detection device, high-precision platform, 10-inch remote display screen, remote controller, backpack mobile power source, carbon fiber tripod, cables, and backpack carrying case, and can be expanded with gyroscopic orientation, laser irradiation, laser destruction, etc.
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