Xi’an Zhongke Lead IR-Tech Co., Ltd., founded in 2015, is an intelligent optoelectronic equipment manufacturer originating from the Xi'an Institute of Optics and Precision Mechanics of the Chinese Academy of Sciences (CAS). As a leading intelligent optoelectronic equipment manufacturer with core infrared thermal imaging technology, we provide high-precision optical components, including lenses and opto-mechanical assemblies, as well as advanced systems such as MWIR/SWIR cameras and optical pods. We also deliver tailored solutions for applications like optoelectronic navigation and intelligent surveillance. Our products are widely integrated into aerospace, defense, energy, and other key sectors.
The Short-Wave infrared(SWIR) camera adopts InGaAs focal plane TEC cooling detector,resolu- tion 640x512, pixel pitch 15μm, and 0.9μm~1.7μm response wave.It is equipped with two-stage TEC deep cooling function,effectively minimiz- ing readout noise. The whole machine with the feature of integration and modularization.High sensitivity, small size, light weight, low power consumption, and rich interfaces, it is easy for customers to integrate and use. Lens:fixed type 35mm,50mm,100mm,continuous zoom ,40~320mm,18~750mm
The MWIR continuous zoom thermal camera consists of a large zoom ratio continuous zoom lens and a high-sensitivity imaging detection component. The lens has a focal length range of 22mm to 700mm, and an optical zoom ratio of 30x.The imaging detection component has a resolution of 640x512@15μm and utilizes low-noise, high-sensitivity imaging technology. It features intelligent image processing algorithms such as adaptive non-uniformity correction, noise filtering, wide dynamic range image enhancement, and automatic adjustment.
The MWIR cooled continuous zoom thermal camera consists of a large zoom ratio continuous zoom lens and a high-sensitivity imaging detector 1280x1024@15μm/12μm. The lens has a focal length range of 45mm ~ 900mm and an optical zoom ratio of 20x. It features a compact optical design and precision structural design, with special structural processing techniques, high-precision optical-mechanical assembly techniques, and advanced servo control technology used during production.
The micro Electro-optical POD is equipped with 1920x1080 high-resolution continuous zoom EO camera,60mm uncooled infrared thermal camera, 6km eye-safe laser rangefinder. With stability accuracy 80urad,Weight≤ 4.5kg.Built-in target positioning and calculation modules,the POD complemented by Al target detection and identification capabilities when mounted on drone.
The EO/IR surveillance system is designed for detecting "low, slow, small" targets such as drones, birds, and airborne objects. Using electro-optical detectors mounted on a precision PTZ, it completes a 360° omnidirectional search and detect targets, outputting information such as target identification and position. The system also performs automatic tracking and measurement of selected targets, providing precise location information. The system is equipped with a scanning-type long-wave non-cooled infrared thermal imager, visible light camera, laser rangefinder, and servo turntable. The system is also equipped with an AI-based image processor, enabling target search and detection, tracking and recognition, and panoramic image display
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The tracker board is a dual-channel (infrared/visible light) embedded image processing board, measuring 7cm x 7cm x 1.7cm,including digital video signal SDI and analog PAL video signal, allowing for intelligent image processing of both inputs simultaneously. Additionally, it features robust communication capabilities to ensure the system receives clear, interference-free image displays, providing users with a smoother and more precise visual experience. This tracker is primarily installed on drones, guidance heads, pods, and electro-optical turrets, used for target observation, aiming, and reconnaissance. It offers various functions, including AI target detection, target tracking, image fusion, image stitching, and scene matching.
The miniature electro-optic payload adopts a two-axis, dual-frame servo stabilization platform equipped with a 1920×1080 HD visible light camera, a 640×512 LWIR uncooled thermal imager, a laser rangefinder, and a video tracker. The device integrates AI intelligent recognition algorithms and gyroscopic image stabilization functions, enabling all-weather capabilities for searching, tracking, ranging, and locating medium and short-range targets.
The system comprises a visible light camera, a laser range finder, a mid-wave infrared thermal imaging camera, a radar, an electronic jammer, a turntable and a base. The system is capable of searching the target in 360° omni-direction. Once the target is captured, it will automatically transition into tracking mode, tracking and identifying the target through infrared, visible light and laser. The system is integrated and assembled with microwave radar, with the radar installed above the system. The radar is primarily responsible for target searching, while the radar optoelectronic joint work provides searching, guiding and disposing information for the UAV disposal quipment.
The 40-320mm@F2.0 continuous zoom SWIR camera adopts an InGaAs FPA detector with TEC cooling, featuring a resolution of 640×512 and a pixel pitch of 15μm. Its spectral response range covers 0.9μm to 1.7μm. Equipped with deep TEC cooling, it further reduces readout noise.
Mobile Applications
