As an exciting and avant-garde outdoor sport, hunting with a used thermal imager, outdoor adventure is slowly being loved by more and more people. Ordinary travel can no longer satisfy people's curiosity. Many enthusiasts choose night hunting because there are many kinds of animals traveling at night, which is full of fun and challenges. However, the original forest environment is dangerous and often hides many unknown things. Dangerous. Many animals have natural protective colors or are small in size. In addition, visibility at night is low and recognition is not high. The target cannot be detected well by optical equipment. In addition, when encountering wild animals, close observation will disturb the animals and lack of guarantee for their own safety. And thermal imagers are completely the nemesis of the night.

Whenever the leaves fall in autumn and the water and grass dry up, the animals hidden in the deep mountains and old forests begin to come out to forage and stretch their muscles. For players who like outdoor hunting, this is undoubtedly a grand event, but the prey itself is very spiritual. As long as the animals feel a little danger, they will run away without hesitation, so it's time to test the skills of hunters and the auxiliary tools in their hands. The success or failure of night hunting depends largely on the hunter's own hunting skills (such as hot searches, hot products). If it is difficult to capture prey using some conventional night vision equipment (such as night vision goggles, etc.), it is very important to have an advanced thermal imaging product.

1. Application of infrared thermal imagers in the industry Infrared thermal imagers can be divided into handheld infrared thermal imagers and telescopic infrared thermal imagers. The difference between the two lies in the different fields of use. The former is widely used for temperature anomaly detection in industries such as electricity, coal mining, petrochemicals, railways, steel, telecommunications, and scientific research, while the latter is mostly used outdoors and for military purposes. For example: video surveillance, defense, hunting, law enforcement, military patrols, etc.

1. Long working distance: The imaging distance of general infrared light products is less than 100 meters. The thermal imager images the infrared rays radiated by the object, which is not limited by ambient light and lighting light. Generally, a telephoto thermal imager can observe people over 3 kilometers and vehicles over 6 kilometers.

2. Strong concealment: completely passive signal reception, no active emission of detection signals, and not easily discovered by anti-reconnaissance means.

3. Strong penetration ability: Infrared thermal radiation has stronger penetration ability for fog, haze, rain and snow than visible light, so the imaging effect of the thermal imaging system is almost unaffected under adverse weather conditions. Especially the 17um long-wave thermal imager has stronger fog penetration ability.

4. All-weather working ability: Infrared thermal imager imaging does not rely on illumination light and ambient light, but relies on the radiation of the target and background to generate scene images. Therefore, the infrared thermal imager system can work 24 hours a day and will not be disturbed by visible light glare like other night vision devices. On the other hand, low-light cameras cannot image without ambient light.

5. Ability to identify hidden targets: Ordinary camouflage is mainly to prevent visible light observation. Ordinary criminals usually hide in the grass and woods. Due to the harsh on-site environment and people's visual illusions, it is easy to make wrong judgments. Infrared thermal imaging can detect hidden thermal targets through camouflage and grass leaves. The temperature and infrared radiation of human bodies and vehicles are generally much greater than that of grass and trees, so it is not easy to camouflage or make wrong judgments.