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Having established itself in a wide range of markets, thermal imaging is now gaining popularity in the world of sports and the pursuit of superior performance.

More and more infrared detectors are being taken to the skies and beyond, so how can infrared sensors help track global warming trends? Read on to learn more.

Thermal imaging cameras can be used in a wide variety of areas: So, what devices are available to firefighters today? What are the key features of this technology to help them respond to emergencies?

Innovation is a key factor in all high-tech industries, and thermal imaging is no exception. Read on to learn how to evaluate the innovation capabilities of potential thermal imaging sensor suppliers.

Thermal imaging data can be used in a wide range of fields. In this article, we will focus on four main areas, namely construction, science, industry and emergency services.

Thermal imaging systems are an effective method of screening for high temperatures. To help you evaluate whether a temperature screening system is right for you, please read the following guidelines.

Thermal imaging cameras absorb much more heat than regular cameras. Below are side-by-side images of a regular camera and a thermal imaging camera to help you see the difference in what each camera "sees".

The railway thermal imager can detect the behavior of people fleeing to the restricted area within the coverage area of the detector, and give an early warning when violations are found.

There is a wide range of electromagnetic spectrums over which different types of cameras operate. This blog is dedicated to a specific range in the infrared region known as SWIR.

In this article, we describe three reasons why SWIR infrared imaging is gaining a growing following in the food and beverage industry to improve quality control.

JAVOL will take you to quickly understand the applications and advantages of swirl cameras.

The many characteristics of SWIR cameras make them widely used in various fields. The following will introduce its application in the real-time monitoring of photoelectric masts of marine cargo ships.

Infrared is invisible light. According to different usage occasions, the infrared corresponding lens can be used flexibly with traditional infrared cameras.

In aquaculture, short-wave thermal imaging mainly monitors the natural environment, typhoon intrusion, theft, and intrusion in fishing port areas and marine aquaculture functional areas.

LWIR imaging is about the same distance as X-ray vision. More recently, technological advancements and cost reductions have made LWIR imaging more accessible to the industrial market.

Infrared thermal imaging can help you detect people in places that video surveillance might not have access to. In this blog, we will discuss the power of infrared thermal imaging for people detection.

Although thermal imaging cameras are now widely used, they still retain a certain "mystery atmosphere" that leaves many people unsure of when and where they should be used. Below, we answer some frequently asked questions to help resolve the issue.

Long-wavelength infrared (LWIR) cameras are a common form of thermal imaging used in industrial applications. While there are other types of infrared imaging, if you need thermal imaging, you may need an LWIR camera.

The combination of thermal imagers' specifications is what determines performance. All specs for a thermal imager are important, but there are a few you can keep an eye on to make sure you're buying the right device.

The government isn't the only group stepping up surveillance. Businesses are also improving security. Companies are using Short Wave Infrared (SWIR) cameras for their surveillance needs thanks to a number of advantages.

Radars have limitations at sea because they only provide a blip on the screen when they detect something. Thermal imaging, however, provides a realistic and more recognizable image that can help determine whether a particular object poses a threat.

There are long-wave, medium-wave, and short-wave camera systems, each with its own advantages for specific industries and uses. This article will focus on a high-temperature process option that few users consider: Short Wave Infrared (SWIR).

Short-wave infrared imaging uses photoelectric technology to detect infrared-specific band signals of thermal radiation of objects, converts the signals into images and graphics that can be distinguished by human vision and can further calculate the temperature value.

Short-wave infrared (SWIR) cameras can detect product defects and specific material properties that are invisible to the naked eye, so SWIR cameras have a wider range of applications than conventional cameras.

With the advantages of all-weather and high sensitivity, thermal imaging technology has been widely used in key security fields such as airports, military facilities, and ports. Today, I will introduce the seven advantages of high-resolution thermal imager monitoring, mainly from seven aspects.

The infrared thermal imager has excellent performance and remarkable effect. However, if you do not take care and maintenance during use, or often operate in an incorrect and irregular manner, it will also affect the accuracy and service life of the instrument, and cause the instrument to fail to vary degrees.

This paper mainly introduces the characteristics of infrared thermal imaging technology and discusses the application of infrared thermal imaging technology in the civil field. Let's find out together next.

Through the dual-spectrum thermal imager system, the on-site picture and the on-site temperature can be monitored at the same time, making the supervision clearer, more intuitive, and more convenient. It has video surveillance, temperature measurement, smoking detection, and other functions.