Electro-Optical & Thermal Imaging Solutions for Demanding Environments

The Globe-shaped Gyro Stabilization System is an integrated and highly stable electro-optical observation and imaging platform. Utilizing advanced gyro-stabilization technology, globe-shaped gyro stabilization system ensures clear and steady imagery even under complex environments and high-speed motion.

The U-shaped Gyro Stabilization System is purpose-built for heavy payloads and complex missions. U-shaped open-frame design allows seamless integration of long-range cameras, multi-sensor arrays, and laser systems.

This cooled MWIR EO/IR camera system integrates a high-resolution Mercury Cadmium Telluride (MCT) medium-wave infrared detector with a visible-light imaging module, delivering precise, high-contrast imaging for long-range and all-weather surveillance. The MWIR channel features a 1280 × 1024 cooled detector, providing fine thermal detail independent of ambient light, ensuring reliable performance in complete darkness and complex environmental conditions.

The visible channel adopts a 4-megapixel 1/1.8″ progressive scan CMOS sensor with a maximum resolution of 2688 × 1520, combined with high-magnification optical zoom and 3D digital noise reduction to produce clear and delicate imagery. Optical fog-penetration capability further enhances image transparency in haze or mist, supporting stable target observation in degraded visibility.

The cooled Medium Wave Infrared (MWIR) camera combines a high-sensitivity cooled detector with precision long-focal-length optics to deliver exceptional thermal sensitivity and sharp imaging performance at long ranges. Operating in the MWIR band, the system provides superior contrast and detail, enabling reliable detection and accurate identification of distant and low-signature targets. The camera supports seamless system integration, including video analytics, automatic target tracking, and multi-sensor fusion with radar or visible-light systems. Flexible customization is available to meet specific mission profiles, operational environments, and customer requirements, ensuring optimal performance across diverse deployment scenarios.

Anti UAV System is an integrated defense solution designed to detect, identify, track, and neutralize various types of drones, including fixed-wing, multi-rotor, and hybrid platforms. 

The Vehicle-Mounted High-Definition Gyro-Stabilized Surveillance System is a purpose-built electro-optical platform designed for mobile security and surveillance missions.

The u-shaped pan tilt system is an advanced sighting and tracking system that integrates high-precision optical sensors (HD visible-light cameras, infrared thermal imagers, laser rangefinders, etc.) with a high-speed, high-precision servo-controlled rotational mechanism.

The Single-Axis Rotation Platform is a professional-grade horizontal rotation platform designed for precise azimuth control and continuous scanning, serving as a stable and reliable motion core for radars, communication antennas, and surveillance equipment. Its single-axis architecture eliminates unnecessary elevation mechanisms, reducing system complexity, weight, and cost while improving response speed and control performance, making it an ideal choice for modern monitoring and defense systems. It offers high-precision motion control with absolute position feedback, preset positioning, and programmable scanning. Proven through multiple deployments in counter-UAV, border and coastal defense, critical infrastructure, and surveillance applications, this single-axis platform delivers robust performance, precise control, and easy system integration even in demanding operating environments.

The Uncooled Bispectral Visible & Thermal PTZ Camera with Drone Intrusion Detection is a next-generation surveillance solution engineered for comprehensive perimeter security, intruder detection, and aerial threat awareness. Integrating a high-resolution visible sensor and a long-wave infrared (LWIR) uncooled thermal imager, this PTZ camera delivers 24/7 all-weather monitoring capability. Its AI-enabled analytics accurately detects and classifies targets—including drones, humans, and vehicles—providing proactive alerts and automated tracking for large-area sites. This unified system supports standard network protocols for seamless integration with existing video management systems.

The Ultra-Long-Range Side-Load Dual-Spectrum PTZ Camera is an engineered EO/IR surveillance turret that pairs a long-range MWIR/LWIR thermal sensor (cooled or high-performance uncooled FPA options) with a high-resolution zoom visible sensor in a side-load (top-serviceable) enclosure for easy maintenance and turret integration. It is designed for persistent coastal and perimeter monitoring, vessel/port surveillance, and critical-site protection where identification at kilometers of standoff and platform maintainability are essential. Typical systems integrate continuous-zoom thermal optics, motorized visible zoom (up to 80–100× optical), optional laser rangefinder (LRF), and ruggedized pan/tilt mechanics capable of long endurance operation.

Multi-spectral imaging is an advanced technology that captures image data of a scene simultaneously at multiple discrete wavelength bands. It goes beyond the limitations of the human eye and conventional cameras, which only perceive red, green, and blue primaries, allowing us to acquire information beyond the visible light (e.g., near-infrared). The system works by separating incoming light into specific bands using optical components like filters or prisms. Multi-spectral imaging has a wide range of applications, including monitoring crop health in precision agriculture, assessing disasters in environmental remote sensing, identifying camouflage in military fields, and restoring and authenticating ancient paintings in cultural heritage. Its core advantage lies in revealing details invisible to the human eye, enabling objective and accurate non-destructive testing through the spectral signatures of materials, thereby providing powerful data support for decision-making across various industries.

A Single-Spectral Imaging System is an optoelectronic system designed to capture images within a specific spectral band. By using dedicated sensors and optical components for a single wavelength range, it records and analyzes the reflection, radiation, or scattering characteristics of the target. With its simplified structure, the system offers high resolution and strong contrast in the selected band, featuring real-time performance, high reliability, and cost efficiency. Typical applications include visible-light surveillance, thermal imaging for night vision, industrial inspection, environmental monitoring, and scientific research.

Legged robots replicate the locomotion of humans or animals, providing exceptional adaptability to complex environments. They can traverse stairs, rubble, grass, and forest terrain with agility, overcoming the limitations of wheeled or rail-guided robots. Widely used in exploration, disaster response, and military reconnaissance, legged robots demonstrate unique value in scenarios that demand mobility across challenging terrains. With outstanding mobility and terrain adaptability, legged robots stand as an irreplaceable technology in complex missions and specialized environments. Despite higher costs and energy demands, they provide unmatched advantages in rescue, scientific exploration, and defense applications.

Wheeled robots are valued for their simple structure and high operational efficiency, enabling fast movement and precise navigation on flat or structured surfaces. Powered by wheels, they enable fast movement with low energy consumption and rely on mature control systems for stable navigation on flat or structured surfaces. With relatively low design and maintenance costs, wheeled robots are widely applied in industries such as manufacturing, logistics, services, and healthcare, making them an ideal choice for intelligent automation.