Long Range EO/IR Camera- Suppliers Manufacturers Factory From China

Using a special electronic device to convert the temperature distribution of the object surface into an image visible to the human eye, and display the temperature distribution of the object surface in different colors, is called infrared thermal imaging technology, and this electronic device is called a thermal camera. Next, let's take a closer look at the principles and applications of thermal cameras. Here are some answers.

Here is the content list:

• Its principle.

• Its application.

Its principle.

Modern thermal cameras work by using optoelectronic devices to detect and measure radiation and establish a correlation between radiation and surface temperature. The thermal camera uses an infrared detector and an optical imaging objective lens to receive the infrared radiation energy distribution pattern of the measured target and reflect it on the photosensitive element of the infrared detector. Thereby, an infrared thermal image corresponding to the thermal distribution field on the surface of the object is obtained. Thermal cameras convert invisible infrared energy emitted by objects into visible thermal images. By observing the overall temperature distribution of the measured target, the heating condition of the target can be studied, to judge the next work.

Its application.

With the maturity of thermal imaging technology and the advent of various low-cost thermal cameras suitable for civilian use, thermal cameras play an increasingly important role in various sectors of the national economy. In industrial production, many types of equipment are often used in high temperature, high pressure, and high-speed operation. thermal cameras detect and monitor this equipment, which can not only ensure the safe operation of the equipment but also find abnormal conditions to eliminate hidden dangers in time. At the same time, the use of thermal cameras can also be used for industrial product quality control and management. According to the magnitude of the radiant energy of the detected object, the infrared imaging technology is processed by the system and converted into a thermal image of the target object, which is displayed in grayscale or false color. In this way, the temperature distribution of the measured object can be obtained to judge the state of the object. Thermal cameras have important applications in many fields such as medical treatment, public security, fire protection, archaeology, transportation, agriculture, and geology. Such as building heat leakage search, forest fire detection, fire source search, marine rescue, ore fracture identification, missile engine inspection, public security reconnaissance, and non-destructive inspection of various materials and products.

Our official website is http://www.argustecn.com/. If you are in a related career or are interested in our thermal camera products, please contact us. We welcome you at any time to visit our company's workshop. Our technicians will show you the imaging effects of the thermal camera, including self-checking, setting preset positions, defogging, human and vehicle identification, intrusion detection, and automatic tracking functions. We are committed to recommending the most suitable products and optimal solutions for our customers. Choose us, choose our products, we believe that you will not be disappointed.

In our productive life, a monocular thermal camera has many important effects on us. The main function of a monocular thermal camera is to scan imaging by infrared light, which plays a big role in life. So what exactly is a monocular thermal camera? Let's take a look at it.

Here is the content:

l The basic introduction of the monocular thermal camera.

l The imaging principle of the monocular thermal camera.

The basic introduction of the monocular thermal camera.

The monocular thermal camera is a kind of infrared thermal imaging technology, through the detection of infrared radiation of the subject matter, and signal processing, photoelectric conversion, and other means, the subject matter of the temperature distribution of the image into a visual image of the equipment. A monocular thermal camera will detect the heat for accurate quantification, in the form of surface real-time imaging of the subject matter as a whole, and therefore can accurately identify the suspected fault area is heating up. The operator uses the color of the image displayed on the screen and the hot spot tracking display function to initially determine the heat generation and the fault area, while rigorously analyzing it, thus demonstrating high efficiency and accuracy in identifying the problem. Earlier used in the military field of a monocular thermal camera, the recent years continue to expand to civilian and industrial fields. After decades of continuous development, the monocular thermal camera has evolved from a bulky machine to a lightweight, portable device used for field testing.

The imaging principle of a monocular thermal camera.

In layman's terms, a monocular thermal camera transforms the invisible infrared energy emitted by an object into a visible thermal image. The different colors on the top of the thermal image represent the different temperatures of the object being measured. By viewing the thermal image, the overall temperature distribution of the target under test can be observed and the heat generation of the target can be studied to make a judgment on the next step. Monocular thermal cameras work by using optoelectronic devices to detect and measure radiation and to establish a correlation between radiation and surface temperature. All objects above absolute zero emit infrared radiation. The monocular thermal camera uses an infrared detector and an optical imaging objective to accept the infrared radiation energy distribution pattern of the measured target reflected on the photosensitive element of the infrared detector to obtain an infrared thermal image map, which corresponds to the heat distribution field on the surface of the object.

The above is the product introduction of the monocular thermal camera. I believe you have a general understanding of a monocular thermal camera. If you are interested in a monocular thermal camera, you can contact us. Our company has very complete products about monocular thermal imaging camera, and the quality of the products is very good, I believe you will be able to pick the goods you want. Our website is http://www.argustecn.com/. You can always ask us if you have any questions. Finally, we are looking forward to your visit and hope to cooperate with you.

Thermal cameras have high military application value and civilian value. In the military, thermal cameras can be used in military night vision reconnaissance, weapon sights, night vision guidance, infrared search and tracking, satellite remote sensing, and other fields. In civilian use, thermal cameras can be used for material defect detection and evaluation, building energy-saving evaluation, thermal diagnosis of equipment status, production process monitoring, automatic testing, disaster mitigation and prevention, and many other aspects. Next, let's take a look at an overview of the development of the thermal camera industry. Here are some answers.

Here is the content list:

• The development space is huge.

• The research and development capability has been greatly improved.

• The phenomenon of industrial agglomeration is becoming more and more prominent.

The development space is huge.

The field of fire protection is the largest civilian market for thermal cameras in developed countries. Due to the smoke penetration and temperature measurement characteristics of infrared imaging, thermal cameras are very suitable for fire rescue and detection equipment used in fire protection. With the development of my country's economy and society, it will be a trend for fire trucks to be equipped with infrared thermal cameras. In the power industry, the thermal camera industry is the industry with the most applications of civil thermal cameras in my country. As the most mature and effective means of online power detection, thermal cameras can greatly improve the reliability of power supply equipment operation and reduce equipment maintenance time. Therefore, this provides a huge development space for the development of the thermal camera industry. There are many enterprises engaged in manufacturing in my country. If these manufacturing industries use infrared thermal cameras for process control, the product quality of the enterprise can be greatly improved. This is also undoubtedly a vast market.

The research and development capability has been greatly improved.

The research and development of thermal cameras involve many disciplines such as optics, electronics, computers, physics, image processing, new materials, machinery, etc. Research and development are very difficult. In recent years, thermal camera manufacturers have achieved breakthroughs in the development of core components of thermal cameras and the development of new products of thermal cameras through talent introduction, technical research, and increased investment. This has greatly improved the research and development capabilities of my country's infrared thermal cameras.

The phenomenon of industrial agglomeration is becoming more and more prominent.

In recent years, the good development prospects of China's thermal camera industry have attracted a lot of capital to enter the industry. Most thermal camera companies have weak R&D strength and little brand influence. Many companies are agents or assemblers of foreign products. In the civilian thermal camera industry, a market structure has gradually formed in which several thermal camera companies occupy 60% of the civilian market, and the phenomenon of industrial agglomeration is relatively obvious.

Our official website is http://www.argustecn.com/. If you are interested in our thermal camera products, want to know more product information, or have any other needs, please feel free to contact us, we are online 24 hours a day. Looking forward to you establishing a mutually beneficial business relationship with us.

A night vision camera is a shooting beautification camera that simulates the effect of a live night vision viewfinder. Note that the quality of the effect is just a simulation and depends on the quality of the camera. True night vision is not possible due to the infrared filter installed on the camera lens of the phone. So what are the classification applications and prospects of night vision camera technology? Let's see.

Here is the content:

Technology classification application

Application prospect analysis

Technology classification application

1. Active infrared night vision

Night vision camera technology is a night vision technology that implements observation by actively illuminating and using the infrared light reflected by the target to reflect the infrared source. At present, the widely used infrared light sources include LED infrared lamps, halogen infrared lamps, etc. These light sources are suitable for medium and short-range monitoring. The newly emerging near-infrared laser light source has high power, good linearity, and long irradiation distance, which is suitable for long-distance monitoring. The infrared laser light source in the near-infrared band is used to supplement the night vision of the video acquisition system, and with the camera lens, it can achieve a clear monitoring effect within 1000m at night.

2. Passive infrared night vision

Substances with different temperatures will radiate different amounts of infrared rays in any period. Using infrared detectors to observe the target scene, due to the temperature difference between the target object and the environment, the infrared detection images will show the effect of different contour levels. The image is enlarged and enhanced to achieve an image that is visible to the naked eye. A camera made using this principle is an infrared thermal imaging camera. The characteristics of night vision camera are mainly useful for long-distance (up to 1500m), strong concealment, strong penetrating ability, not affected by bad weather, anti-glare interference, low power consumption, long life, can monitor road conditions under the conditions of thick smoke and fog where ordinary cameras cannot function, 24/7 event detection is also available for monitoring points. At the same time, infrared thermal imaging cameras also have obvious technical deficiencies and application limitations. Due to the insufficient three-dimensional effect of infrared imaging, the image details are seriously lost, and it is impossible to distinguish faces and license plates as in visible light, and only the outline size of the vehicle can be seen clearly. At the same time, infrared thermal imaging equipment has been converted from military use to civilian use. At present, its cost remains high, which is more than 5 times the price of ordinary cameras, which limits its application range.

Application prospect analysis

At present, a night vision camera is seldom used in traffic monitoring systems. With the increasing demand of managers for night monitoring, the application of night vision cameras will become more and more. It can significantly improve the monitoring effect at night and effectively improve the monitoring efficiency has become the development trend of road traffic monitoring. The application of night vision cameras in the highway monitoring industry extends the monitoring time to 24 hours a day. Laser night vision cameras have clear night vision effects and high-cost performance. They will inevitably become mainstream night vision monitoring products in the future road traffic monitoring application field and be widely promoted and applied. Compared with several night vision technologies, night vision camera has the best night vision effect, but their current high price determines that it can only be installed and used in key road sections. With the advancement of technology, the cost of infrared thermal imaging cameras will gradually decrease, and its application prospects will become better and better.

The above is the relevant content about the application and prospect of night vision camera technology classification. If you are interested in a night vision camera, you can contact us. Our website is http://www.argustecn.com/.

What is 10km Night Vision IR Zoom Thermal Camera, night vision infrared laser camera manufacturers

Optical Camera Based Vehicular Visible Light Communications (PDF) Optical Camera Based Vehicular Visible Light Communications

Guide TS Series thermal scope is an economical civilian infrared thermal imaging camera. With 400x300 pixel TEC metal-encapsulated thermal detector, it can detect longer range and capture vivid images of higher clarity. Mobile Accessories. On-Line Thermography. Fever Screening. Modules. Core. Software. TS425 Thermal Rifle Scope. 400x300

This device is developed to be a more durable and lightweight fixed bridge Night Vision Goggle, the Ruggedized Night Vision Goggle comes in an incredible 555 Grams while still being machined out of 7075 aluminum at the primary failure points in other fixed bridge night vision goggles. The RNVG maintains the familiarity of the AN/PVS-14 controls