Pulsar Axion 2 XG35 2.5x20 Thermal Monocular

There are a number of thermal imaging devices available on the market that are based on digital technology. These digital thermal imaging devices use an image intensifier tube to amplify light and create a clear image in low-light conditions. The image is then digitised and projected onto a display screen which can be viewed even in complete darkness. These digital thermal imaging devices are designed for use in surveillance operations and can be used for a variety of applications, including nature observation, security, and surveillance. The digital technology used in these thermal imaging devices gives them a higher resolution than traditional thermal imaging devices and provides a clearer image in low light conditions.  

An IPX-7 rating on thermal imaging devices means that the scope is protected against immersion in water up to 1 meter for a duration of up to 30 minutes. IPX rating is a standard used to measure the protection against water, although it is not as detailed as the IP rating. IPX-7 means that the scope is protected against immersion in water up to 1 meter for a duration of up to 30 minutes. This means that the scope can be submerged in water up to 1 meter deep for a short period of time and still function properly. It is important to note that the IPX rating does not provide information about the protection against dust or solids, only liquids. Additionally, it is not a permanent protection and can be damaged if exposed for a long period of time or if the scope is not properly closed or sealed.

PULSAR is a brand of thermal and digital day & night vision imaging devices that has become a trend-setter and innovation leader in the sector. The company is part of Yukon Advanced Optics Worldwide, a high-tech European company group with its head office located in Lithuania.

A Passion for Expanding Human Abilities

The history of PULSAR dates back to 1991, when it was started by a group of friends who shared the same passion for expanding human abilities. This group of enthusiasts used to assemble the first few wooden observation tubes in the basement of an unfinished residential building. Three decades later, PULSAR proves to be the top worldwide brand of thermal and digital day & night vision imaging devices, and the same passion that drove the founders in the very beginning is still present today with more than 1200 colleagues around the globe.

Innovation and Novelties in Every Next Step

Being a hi-tech company, PULSAR strives for innovation and novelties in every next step they take. The company looks for new ways to upgrade and use the most advanced technologies to experience the natural world and empower outdoor adventurers around the world. PULSAR proudly carries the Made in Europe flag, with the majority of their advanced devices being developed, designed, manufactured, packed, and sent out to their worldwide distributors from their factories in Europe.

Enhancing Human Abilities

PULSAR develops optics and electro-optics with enhanced functionality for both professional and leisure adventures. In-house produced firmware and software guarantee optimization and essential quality of their devices. Through continuous technological innovation, PULSAR seeks to enhance human abilities and provide one’s mastery and greater success in unfavourable nature conditions.

A Wide Community of Users

PULSAR's thermal imaging and day & night vision devices are used in almost all countries and continents by a wide community of hunters, fishermen and women, animals & nature research observers, mariners, security industries, rescuers, and outdoor enthusiasts.

A thermal imaging monocular is a device that uses infrared technology to detect the heat signatures of objects and display them on a screen or through a viewfinder. It can be used for a variety of applications such as hunting, surveillance, search and rescue, and night navigation. Thermal imaging monoculars are often used in low-light or no-light conditions and can detect objects that would not be visible to the naked eye. They can also be used to detect temperature differences, making them useful for identifying structural issues in buildings or equipment.

Thermal imaging technology uses infrared energy to create images of objects, allowing users to see in complete darkness or through obscurants such as smoke, fog and dust. Thermal imaging cameras can detect minute differences in temperature and can be used to locate people, animals, or objects in low-light conditions. Thermal Imaging Cameras under $10,000 are considered high-performance devices, and typically have a higher resolution and larger detector size compared to entry-level models. They are typically handheld, and can be used for a wide range of applications such as hunting, security, and industrial inspections. They can also come in the form of thermal scopes for firearms, and thermal binoculars. They offer a more advanced thermal imaging capabilities such as higher resolution, wider field of view, longer detection range, and more advanced features such as image fusion, and digital zoom. While they are not as high-end as cameras above $10,000, they can still provide high-quality images and have a wide range of capabilities that can be useful in a variety of professional and recreational settings.

Thermal imaging device uses infrared energy to create images of objects, allowing users to see in complete darkness or through obscurants such as smoke, fog, and dust. Thermal imaging cameras can detect minute differences in temperature and can be used to locate people, animals, or objects in low-light conditions. Thermal Imaging Cameras under $15,000 are considered high-performance devices, and typically have a higher resolution and larger detector size compared to entry-level models. They are typically used for professional and industrial applications such as search and rescue, security, and industrial inspections. They can come in the form of handheld cameras, mounted cameras, thermal scopes for firearms, and thermal binoculars. They offer advanced thermal imaging capabilities such as higher resolution, wider field of view, longer detection range, and more advanced features such as image fusion, and digital zoom. They are suitable for professional use, providing high-quality images and a wide range of capabilities that can be useful in a variety of settings. They are also more affordable than high-end thermal imaging cameras which can cost tens of thousands of dollars.

Thermal imaging devices are becoming increasingly popular for a range of applications. They can be used for a variety of purposes, from detecting energy loss in buildings to locating people or objects in the dark. But with an ever-increasing range of thermal imaging devices on the market, finding the right one for your needs can be a challenge. We'll look at thermal imaging devices under $5000, their features, and what you should consider before making a purchase.