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nfrared thermal imaging technology plays an important role in product quality control and monitoring, on-line fault diagnosis and safety protection of equipment and energy saving in the production process.Thermal imaging cameras can also be used to detect bad contacts in electrical equipment, as well as overheated mechanical parts, which can cause serious short circuits and fires.
Infrared thermal imager can help firefighters from the distraction of smoke, clearly showing the real situation of the fire scene, thus they could quickly make the most effective judgments and decisions.
The UAV equipped with infrared thermal imaging modules can patrol the areas or inspect equipment that the patrol personnel cannot reach.
Thermal cameras scan quickly observe the surrounding environment, discover or observe animals in time, search for people in forest or in total darkness.
Optical gas imaging technology visualizes the invisible VOCs (Volatile Organic Compounds) that cannot be seen by naked eyes. It easily realizes all-weather, long-distance, non-contact and non-destructive gas detection.
The infrared thermal imaging camera has a covert detection function. It does not require visible light and can make criminals unaware of their working location and existence, thus causing misjudgments and leading to the exposure of criminal acts.
Far-infrared thermal imaging technology detects diseases based on abnormalities in human body temperature, so it can interpret potential risks without obvious physical signs in the body and detect problems earlier.
The infrared thermal imager passively accepts the infrared heat radiation of the target and has nothing to do with climate conditions. It can work normally no matter day or night, and it is not easy to expose the target. It has unique advantages that cannot be compared with other equipment. If the prey is hiding behind the grass, the target can be easily spotted.
Infrared thermal imaging night vision devices can detect terrain by monitoring infrared radiation, making it easier for hikers to camp safely at night. In addition, thermal imaging cameras can also see wild animals moving in the distance to avoid wild beast attacks, thus ensuring the safety and efficiency of outdoor activities.
Innova Company Located at Yunnan Province of China, Our products has been exported worldwide and won the trust of customers with advanced quality. You can get diversified portfolio products of night vision, thermal imaging, infrared and Iasers from us, which can be used outdoor sports, security protection, search, hunting, rescue, guard, hiking and so on.
As a factory, you can get various series of single/binoculars, viewing targets, sights vision, vision devices, range finders and other optical products from us.
Information Centers & Frequently Asked Questions
The temperature measurement accuracy of thermal imaging scopes will affect the accuracy of distance estimation. When the actual temperature of the target and the ambient temperature are known, the apparent temperature of the target can be measured by a thermal imaging scope, and the distance of the target can be estimated by combining the atmospheric transmission model and the law of thermal radiation.
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An excellent thermal imaging scope should be able to provide high-resolution thermal images and clearly display the details of the target. High resolution helps to accurately distinguish different types of targets. In military or law enforcement scenarios, it is possible to clearly determine whether the target is personnel or equipment, friendly or enemy, and avoid misjudgment.
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With the acceleration of urbanization and the improvement of people's awareness of safety precautions, the demand for security monitoring equipment continues to increase. Uncooled thermal imaging technology can clearly image in darkness, smoke, bad weather and other environments, and can be used in urban security monitoring systems, border patrols, and protection of important facilities.
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With the continuous progress of micro-nano processing technology and material science, the pixel size of uncooled thermal imaging detectors is constantly shrinking, and the number of pixels is constantly increasing, which makes the imaging resolution gradually improve, and can more clearly distinguish the details and temperature distribution of the target object, meeting the demand for high-precision thermal imaging.
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The core of a cooled thermal imaging device is a cooled detector. Its main function is to convert the received infrared radiation signals into electrical signals, and in order to be able to detect weak thermal signals, the detector needs to be cooled to an extremely low temperature.
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Thermal imaging detectors are sensitive to temperature. During use, avoid exposing night vision devices to high or extremely low temperatures for a long time. High temperatures may cause the detector to degrade or even damage its performance, while extremely low temperatures may affect its startup and normal operation.
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The core component of thermal imaging night vision devices is the infrared detector. It can absorb infrared radiation from the target object. The detector is generally composed of many tiny detection units, which are usually made of materials such as mercury cadmium telluride (HgCdTe), quantum well infrared detector (QWIP) or type II superlattice detector.
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The performance requirements for night vision goggles are extremely high, such as high resolution, long observation distance, strong anti-interference ability, etc. You may need a night vision device equipped with thermal imaging technology, which can accurately detect targets in various bad weather and complex environments, and also needs to have good concealment, shock resistance and waterproofness.
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When thermal imaging scopes are installed on firearms, they can greatly improve shooting accuracy. Shooters can quickly lock onto targets and conduct precise shooting through thermal imaging scopes at night or in low visibility conditions, which enhances the weapon's lethality and combat effectiveness, whether in single-soldier combat or small-group tactical operations.
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Thermal imaging night vision device lens mainly works in the infrared band. Because thermal imaging technology is based on the infrared rays emitted by the detected object to form an image, mid-wave infrared (MWIR, 3 - 5μm) and long-wave infrared (LWIR, 8 - 14μm) are the most commonly used bands for thermal imaging.
More NewsThe third generation image intensifier uses gallium arsenide (GaAs) photocathode, which significantly improves the utilization of night starlight spectrum, has higher sensitivity and quantum efficiency, and can better convert light signals into electronic signal, resulting in clearer images.
Second generation image intensifier: usually uses a multi-alkali photocathode, such as S25 material, and its spectral response range and sensitivity are relatively limited.
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Gen 2+/3 Night Vision
Uncooled Thermal Imaging
Cooled Thermal Imaging
Laser Rangefinder