Dear friends of InfiRay Outdoor: It is an honor for us to invite you to see our products at SHOT Show 2022. The American SHOT Show is a trade show open to all professionals related to the shooting sports, hunting and law enforcement industries. InfiRay Outdoor will participate in the exhibition and take our thermal imaging scopes, monocular and digital night vision scope to be shown this time. There are Rico, Tube (Bolt), Holo Series thermal imaging scope, Clip Series thermal imaging attachment, handheld thermal monocular Eye Ⅱ, Cabin, Zoom Series and TD50L-first digital night vision scope of us. Please visit and try our thermal imaging optics at our booth, No. 40907, SANDS EXPO CENTER. The exhibition is at 201 Sands Ave Las Vegas, NV 89169 - SANDS EXPO CENTER, from 18th Jan. to 21st Jan. 2022. Welcome to visit our booth (No. 40907) and we will keep report the show on our website and social channels at the same time. Please keep sustainable attention on InfiRay official social channels: Ins: infiray_outdoor ; https://www.instagram.com/infiray_outdoor/ Facebook: InfiRayOutdoor ; https://www.facebook.com/InfiRayOutdoor YouTube: InfiRay Outdoor ; https://www.youtube.com/channel/UCvyVNtzXDIRFwnp6ILXjjDg/featured FB Group: InfiRay Outdoor Official -Thermal& Night Vision Hunting ; https://www.facebook.com/groups/305837334293846 InfiRay Outdoor 01/17/2022

Perfect thermal monocular as multifunctional tools could be a “game-changer” for variate needs. Detecting and searching with less limitation are the main reason that thermal imaging monocular are born while humans will have disadvantages in observing with the traditional instruments. But for the actual question that will be listed out: how can we choose the perfect thermal monocular? Before come with that, let's start with a simple introduction of the working principle on thermal. Everything with a temperature over -273.15℃ emits infrared thermal radiation. The higher the temperature, the stronger the radiation is. The thermal sensors inside of the device detect the radiation and transform it into electric signals. Through the complex digital processing, these signals will be converted into thermal imaging and displayed on the high-resolution OLED or LCOS screen, that's how the thermal works commonly. Back to the question, when you decided to upgrade your setup to thermal monocular or just newcomer interested in thermal monocular, the first factor you should think about is your budget for it. High quality thermal monocular is a high-value product because of the production cost. With a certain budget, the next thing we should pay attention to is the main specifications that affect the performance. Thermal sensor It should be known that thermal sensor resolution directly affects the clarity of the thermal image. Under the same pixel pitch, the higher the sensor resolution, the clearer the thermal imaging quality is. Nowadays the mainstream of sensors on the market are 12μm and 17μm, under the same condition, the units with 17μm sensors usually create clearer and more crisp thermal imaging. However, the shorter detection range is the weakness of 17μm compared to 12μm. And with trends, 12μm thermal sensor holds gradually the dominate status. Thermal Lens The material of the lens determines the light transmittance, which has a certain impact on thermal image quality. InfiRay thermal monoculars adopt Ge-lenses, which have higher transmittance and lower reflection to thermal radiation ranging from 8-14μm. The focal length of the lens also determines the detecting range. The larger the focal length, the farther the detecting distance is. Sensor NETD (Sensitivity) NETD comes with sensor performance. In fact, it is this parameter that determines the sensitivity of the thermal monocular which means the minimum temperature difference that the product can detect. If sensor NETD≤25mK, it means that the minimum temperature difference that the detector can detect is 0.025°C. Thus, the smaller the NETD, the more sensitive the thermal monocular is. With industry-leading thermal sensor technology, InfiRay has released thermal monocular E6 Pro, E6+ V3.0 and ZOOM ZH38 featuring sensor NETD≤25mk (@25 °C,F#=1.0), with ground-breaking features the users will experience from it. Detection range With certain detection range parameters you can know exactly how far the ther...

“From all the spotters that I used here in my store, is the FH25R my personal favorite for 2 years now. The image is excellent. Very good details. And because of the size, it fits easily in your pocket...” — said Rinus van Wezep, a business owner of a hunting and outdoor company from the Netherlands. Finder 25R is InfiRay's first thermal monocular featuring with laser rangefinder (LRF) function. It is favored by users because of its clear image quality and compact size. Now the Finder family ushered in the second generation of new products-Finder FL35R & FH35R. If you are a hunter who is looking for a monocular with a laser ranging function, then you can look at the InfiRay Finder family. Including the objective lens from 25mm to 35mm, compact size with full featured functions, Finder Family series are the ones you should not miss. So, what are the improvements of the Finder II Series - FL35R & FH35R? Firstly, the display is upgraded to OLED, while lowest NETD≤35mK. While Finder II Series retains 384x288 and 640x512 pixel pitch two sensors for users to choose from, cooperating with F35/1.0mm fine-workmanship objective lens and 1024x768 resolution OLED ensure prefer detail recognition capability and output clear thermal imaging with multilayer contrast quality. Especially our FH35R, The smallest temperature differences can be precisely detected by 12μm thermal detector featuring NETD≤35mK, at the same time, with the help of ultra-clear mode, during rainfall, fog or other inclement weather conditions which hinder thermals from forming clear imaging. For a better visual experience, Finder II supports the switching of cold and warm hues of the image. With the cold hue setting, the users can experience visually clearer imaging quality with rich details, highlight targets. With the warm hue setting, the users can get softer imaging to avoid visual fatigue brought by a long time viewing. Secondly, the longer precise LRF distance has been achieved. Hunters regard laser ranging as a helpful function, they hope it can be accurate and realize as long-distance as it can. Considering the needs of users, the LRF distance of Finder II has been improved. Finder II Series has a built-in laser ranging module, which provides both single ranging and continuous ranging that can capture and display target distance quickly and accurately. With an accuracy of±1m within 800m, accurate evaluation of distance and terrain is quick and easy. Thirdly, in addition to the improvement of LRF, the detection range has also been upgraded to 1818 meters.The 35mm objective lens in combination with advanced thermal imaging hardware provides exceptional detection. Within a range of 1818 meters in the complete dark, a target (1.8x0.5 meters) can be detected by FL35R & FH35R. Finder II pursues the further distance, the more exploration. Fourthly, the battery of Finder II is upgraded to a replaceable battery pack. Long-time outdoor hunting requires a long lifetime of the batte...