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Thermal imaging technology can take a thermal image of a scene and convert it into an image visible to the human eye. This article will specifically introduce the application of thermal imaging technology.

According to the special needs of customers, the adjustment ring of the eyepiece diopter can be customized. This article will specifically introduce the customization process.

The design of the infrared optical lens determines its quality and performance and has a great influence on the work effectively in the application process. This article will specifically introduce the design method of infrared optical lens.

If the infrared continuous zoom lens has poor imaging quality, it will affect the function of target detection. This article will introduce six reasons for the poor imaging quality of infrared continuous zoom lenses.

The deformation of the frame of the infrared continuous lens will directly affect the transformation of the optical axis, resulting in the degradation of the image quality. Here will be a specific introduction to the processing method of the deformation of the infrared continuous lens frame.

A continuous zoom lens arrangement can image MWIR and LWIR spectral bands to a common image plane, and they're used in various fileds to meet different needs. Here you can get more information about continuous zoom IR lenses.

An infrared optical system often works in an environment with a relatively large temperature range. The thermal expansion coefficient of optical material, mechanical material, and refractive index of optical material with temperature will seriously affect the performance of the optical system.

MWIR imaging is sensitive to a select portion of the electromagnetic spectrum's infrared region, here get more information about the principles of MWIR imaging.

Here we share more information about the basis and constraints of the development of optoelectronic systems.

Since the development of optoelectronic systems in the early 20th century, especially in the past 40 years, the performance and application range of optoelectronic systems. Here we introduce the development of optoelectronic systems.