Infrared imaging technology is widely used. The human eye cannot directly see the surface temperature distribution of the target, and becomes a thermal image that represents the surface temperature distribution of the target that the human eye can see. At present, it has been extended to various fields such as electric power, fire fighting, industry, medical treatment, security and so on. Today we will focus on the design of industrial thermal imagers.

The design of industrial thermal imager, as its name implies, is a thermal imager that needs to be used in industry. The infrared detector and optical imaging objective lens are used to receive the infrared radiation energy distribution image of the measured target and reflect it to the photosensitive element of the infrared detector, so as to obtain the infrared thermal image. In layman's terms, an infrared thermal imager converts the invisible infrared energy emitted by an object into a visible thermal image. The different colors on the thermal image represent the different temperatures of the measured object.

The design of this infrared camera has evolved from a bulky machine to a lightweight, portable device for field testing, easy to carry and store. Has a good hand-held grip. The appearance color is mainly business black, with eye-catching yellow embellishment, which not only gives people high-end technological beauty, but also has an intuitive display interface to easily visualize and quantify the heat map of their manufacturing equipment.

The design of industrial thermal imager also highlights the strong and durable quality of the equipment, which conforms to the industry attributes of the equipment. Industrial-grade three-proof design, exquisite surface treatment process, with good waterproof, dustproof and shockproof performance, suitable for various harsh industrial environments. Anti-drop, passive non-contact detection and identification, safer and easier to operate. It is mainly used for industrial troubleshooting. It can quickly diagnose the faults of electronic devices such as motors and transistors. It can also be used to detect bad contact with electrical equipment and overheated mechanical components to prevent serious fires and accidents. Provide detection methods and diagnostic tools for industrial production and many other aspects.
The design of infrared thermal imaging image is that the human eye cannot directly see the surface temperature distribution of the target, and becomes a thermal image that the human eye can see represents the surface temperature distribution of the target, which provides a lot of help for industrial development.