Top dot thermal scope provider today? Our engineers take pride in performing a full inspection of all our thermal imaging units in the lab and field. By testing the functionality and durability of our products via rigorous tests through pressure chambers, vibration stands, optical tables, and shooting range under all kinds of weather conditions, we ensure they are always qualifying as military standard. Senopex aims to offer distributors and end-users leading position in the market through our innovative solutions, affordability, punctuality, and much more. Read extra details at dot s series thermal scope. Scalable ballistic style reticles are present in both the main screen of display and picture-in-picture mode. Aiming and shooting could be easy as a day scope. PIP allows you to see targets on the top center of the screen, so you can keep an eye on what you’re aiming for with digital magnification.
After being projected onto the FPA, the energy will be converted into digital signals by the FPGA, and then it comes to a series of signal processing. Then, the display shows the image. The algorithm, the resolution and the size of the display affect the magnification of the image. Finally, the image on the screen is further magnified through the eyepiece and greeted by the eye. The detection, recognition, and identification distance description must be classified based on the size and posture of the target you are aiming. It is difficult to tell how far a thermal scope can shoot concisely with only a single parameter. Therefore, when shooting with a thermal scope, please fully understand your targets before pulling the trigger.
The discovery of ‘infrared rays’ dates to the beginning of the 19th century by Sir William Herschel, He concluded through experiments that there is an invisible light that can heat objects. In 1963, 163 years later, the first thermal camera was invented. The thermal imager doesn’t rely on visible light but thermal radiation from the object. It converts it into thermal imaging that is visible to the naked eye through a series of signal processing. It is initially limited to military applications because of its classified use and exorbitant prices. Around 2000, after decades of development, thermal imaging technology has gradually matured and is widely used for multiple applications. However, the price of this technology is still out of reach for most potential consumers today, and this article covers why that is. Discover additional details at thermal binoculars producer.
How is the imagery of your scope? Senopex never stops chasing the best level of image quality. Technically, the thermal image quality depends on hardware and software quality, including the thermal detector, the screen of the display, processor, and thermal algorithm. Using the best quality thermal detector designed with our patent algorithm, all Senopex products could achieve industry-leading level thermal sensitivity, sharpest and highest clarity of the image. We also provide optimal imagery modes for different environments or scenarios. Please check out our videos and photos of various targets for quick reference.