Experience unparalleled precision and performance with the Cooled Thermal Camera Module, engineered to deliver exceptional thermal imaging capabilities in the most demanding environments. This cutting-edge module integrates advanced technology to provide high-resolution thermal imagery with superior sensitivity and accuracy.Featuring a state-of-the-art cooled detector, the module ensures optimal thermal sensitivity across a wide spectrum, from near-infrared to long-wave infrared. This enables precise detection and analysis of temperature variations, critical for applications ranging from industrial inspections to scientific research.The Cooled Thermal Camera Module boasts robust construction designed for durability and reliability under challenging conditions. Its compact yet robust design makes it versatile for integration into various systems and platforms, offering flexibility in deployment.
This Cooled Thermal Camera System can be an ideal facility that detects infrared heat by non-contact and converts it into a thermal image and temperature value, which is displayed on the display and can calculate the temperature value. In addition, it can intuitively and quickly quantify the detected heat accurately, allowing users to accurately identify and strictly analyze the faulty area of heat. Applying a thermal imager to a power system, it can greatly facilitate the maintenance of the power system and provide an important guarantee for the stable operation of the power system. By detecting the temperature with an infrared thermal imager, our Cooled Thermal Camera System makes operator find the location of the temperature anomaly and form the most intuitive document.
Thermal Imaging Cores advantages
Superior Thermal Sensitivity:
Featuring advanced cooled detector technology, the Cooled Thermal Camera Module excels in detecting subtle temperature variations across a wide range, ensuring precise thermal imaging in challenging environments.
High-Resolution Imaging:
Equipped with cutting-edge image processing, it delivers clear, detailed thermal images with high spatial resolution, enabling accurate object identification and anomaly detection for critical decision-making.
Robust Reliability:
Built for durability and efficiency, the module integrates robust construction and effective thermal management, ensuring reliable performance over extended periods in industrial, defense, and scientific applications.
| 1 Sensor | 1.2 Lens | ||
| Detector | MCT 640x512 | Focus | 15㎜～300㎜ zoom lens |
| Work wave | 3～5μm | F# | 1.5 |
| Pixel size | 15μm | HFOV | 35.1°～1.8° |
| Cooling type | String cooler | ||
Zoom full optical axis stability ≤10 pixels;
Small field of view optical axis repeatability≤3 pixels;
Lens optical axis and detector video center alignment accuracy≤2 pixels;
Focus range Clear image in the range of 5m to infinity;
Auto focus time ≤3.5 seconds;
Full zoom time ≤8 seconds;
Distortion ≤4%;
Our Factory
HUIRUI INFRARED is a prominent player in the realm of infrared thermal technology. Leveraging cutting-edge technological advancements, we founded our company in 2013. Our headquarters are strategically located in the renowned city of Hangzhou.Our core strength lies in harnessing advanced thermal technology to deliver tailored thermal camera solutions and customization services to our valued clientele. Over the course of several years, we have cultivated a robust and highly skilled team, comprising experts in various domains, including optics, infrared technology, laser technology, and structural engineering.Our team of technical specialists boasts a diverse range of expertise spanning optical design, electronic technology, image algorithms, information processing, precision mechanics, system integration, remote control systems, industrial design, and more.
Our company has a variety of advanced R&D equipment and testing tools to meet the thermal imaging needs of various industries, providing customers with advanced thermal imaging technology and customized services.
R&D instruments: blackbody
High and low temperature test Chamber, shock test.
FAQ
Q1: What distinguishes a cooled infrared camera core from an uncooled one?
A cooled infrared camera core utilizes a refrigeration system to cool its detector to cryogenic temperatures, typically below 100 Kelvin. This cooling significantly enhances the detector's sensitivity and reduces noise, resulting in higher image quality and better performance, especially for long-range and high-resolution imaging. In contrast, an uncooled infrared camera core operates at ambient temperatures and relies on microbolometers for detection, offering lower cost and power consumption but generally with reduced sensitivity and resolution.
Q2: In what applications is a cooled infrared camera core most beneficial?
A cooled infrared camera core is particularly advantageous in applications requiring high sensitivity and precise thermal imaging, such as military surveillance, scientific research, and industrial thermography. Its superior performance in detecting small temperature differentials and detailed spatial resolution makes it indispensable for critical tasks like target recognition, environmental monitoring, and non-destructive testing where accuracy and reliability are paramount.
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