High quality thermal scope producer from senopex.com? Senopex experts and engineers come from top-class institutes and research centres. Each year, we invest heavily in R&D to lead the market from hardware to software. We take the lead in the market over detector parameters that feature superior resolution and thermal sensitivity, OLED and lens quality when it comes to thermal imager hardware solutions. Every Senopex thermal imaging unit utilizes advanced software algorithms that providing a sharp and crisp image with astounding details. Read additional 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.
Some high-quality thermal devices use germanium glass lenses. They have a high refractive index, allowing the IR range of wavelengths to pass through and reach the sensor that identifies a target. Because of the rarity of the germanium metal, it costs 1500 dollars per kg; and that’s just the cost in its raw form. When you add the price of refining and processing germanium into a high-performance long-range thermal surveillance lens, the total cost of the equipment increases exponentially. Also, it depends on the aperture (the F-number of the device); the lower the F-number is, the more expensive the lens costs. For example, an F1.0 lens is always costing more and has better performance than an F1.2 lens. See additional details at https://www.senopex.com/.
What is ‘military standard’ by your definition? Are you selling a military model to the hunting market? We are not selling a military model to the hunting market. We design, build, assembly and test our products to military-equivalent standard to ensure the best reliability and quality when it comes to recoil resistant level (1200G), protection level (IP67), battery life (14 hours), shooting accuracy consistency, and product lifespan (more than ten years).