The market for thermal and digital scopes for hunting and outdoor observation has evolved rapidly in recent years. Increasing sensor sensitivity, increased resolution, improved processing algorithms, and the integration of laser rangefinders and ballistic calculators have transformed tools once reserved for professional use into increasingly comprehensive, compact, and easy-to-use devices.
In this scenario it fits in PIXFRA Optic, a brand specialized in the development of thermal imaging technologies and the production of devices intended for observation, wildlife management, outdoor activities and, where permitted by law, hunting.
The design philosophy PIXFRA is based on the integration between high-sensitivity thermal sensors, bright optics, high-definition OLED or AMOLED displays, and proprietary image processing algorithms. These features are complemented by rugged construction for the harshest environments, intuitive interfaces, replaceable batteries, Wi-Fi connectivity, and features for recording and sharing photos and videos.
La gamma PIXFRA Optic includes five main product categories:
- thermal monoculars;
- thermal clip-ons or front attachments;
- thermal scopes;
- multispectral binoculars;
- digital Day & Night Vision riflescopes.
This articulation allows us to identify a specific instrument for every operational need: from game hunting to territorial surveillance, from short-range observation to localization in large open spaces, up to the use of advanced systems with laser rangefinders and ballistic functions.
The technology PIXFRA for thermal imaging
Before analyzing the individual product families it is useful to understand some of the parameters that determine the performance of a thermal viewer PIXFRA.
Thermal sensor resolution
Resolution refers to the number of sensitive elements, called microbolometers, used to create the image. A 640x512 pixel sensor has much more information than a 256x192 pixel sensor, allowing for better detail recognition, especially when digital zoom is used.
At the top of the range PIXFRA devices with thermal sensors are also placed 1280 × 1024 pixels, developed to offer particularly high image quality and maintain good readability even during observations over long distances.
Pixel pitch
Il pixel pitches, expressed in microns, indicates the size of the individual pixels of the sensor. Most of the range PIXFRA It uses sensors with a pixel pitch of 12 μm, a solution that allows for the creation of compact devices while maintaining good detection capabilities and a favorable combination of magnification, field of view and size of the lens.
Thermal sensitivity and NETD value
Another key value is NETD , which stands for Noise Equivalent Temperature Difference. This parameter measures the smallest temperature difference the sensor can detect.
The lower the NETD value, the greater the device's ability to separate subjects and details with very similar temperatures. This feature becomes especially important in the presence of humidity, fog, light rain, dense vegetation, or low thermal contrast between the animal and its surroundings.
Algorithms PIXFRA PIPS
Image processing on the most advanced devices is entrusted to the proprietary PIPS 2.0 and PIPS 3.0 systems . These algorithms intervene on noise reduction, contrast, edge definition and detail enhancement.
The goal is to maintain a stable, readable and natural image even in adverse weather conditions or when digital zoom is used.
Thermal monoculars PIXFRA for research and observation
I thermal monoculars PIXFRA They constitute one of the most complex sections of the catalog. They are independent, handheld instruments, used primarily for researching, observing, and identifying heat sources.
Compared to a device installed on the weapon, the monocular allows you to explore the environment more easily and safely, avoiding the use of a targeting system during the simple observation phase.
The range includes: Sirius HD, Sirius, Arc, Arc LRF, Mile, Mile 2 and Ranger.
PIXFRA Sirius HD: the ultra-high resolution thermal monocular
The family PIXFRA Sirius HD It represents the technological pinnacle of the brand's thermal monocular range. It was developed for those who demand maximum detail and need to observe large open spaces or subjects located at considerable distances.
The main distinguishing feature is the thermal sensor with a resolution of 1280×1024 pixels , significantly superior to traditional 384×288 or 640×512 pixel sensors. The greater amount of information allows for sharper edges, better reading of the environment, and more usable images even when increasing the digital zoom.
Thermal sensitivity reaches particularly low NETD values, while the PIPS processing system intervenes on noise reduction, image stability and the enhancement of the finest details.
The display is via a large, high-resolution OLED display (1920 x 1080), designed to improve comfort during prolonged observations and effectively exploit the sensor's potential.
The detection range extends up to 3600 meters and offers users an unmatched experience in terms of versatility and precision.
The series includes fixed-lens configurations and versions equipped with a Dual FOV system . The dual focal length from 35 mm to 70 mm allows you to switch from a relatively wide field of view, useful for research, to a configuration oriented towards long-distance observation.
The Sirius HD is therefore primarily intended for professional observation, wildlife management, monitoring of large areas and for users who wish to maintain high image quality even when using digital enlargements.
PIXFRA Sirius: High sensitivity and Dual FOV configurations
The family PIXFRA Sirius It offers a balance between image quality, battery life, ergonomics, and optical versatility. The range includes configurations with 384x288 and 640x512 pixel sensors, typically featuring a 12 μm pixel pitch.
High thermal sensitivity allows you to distinguish very small temperature differences. This feature is especially useful during mild nights, in humid forests, or in situations where the ground, vegetation, and wildlife are similar in temperature.
Depending on the version, the Sirius uses lenses with different focal lengths. Configurations with longer focal lengths are designed for open spaces and longer distances, while those with shorter focal lengths offer a wider field of view and facilitate searching in woods and vegetated areas.
Of particular interest are the versions with the Dual FOV system , which combine two different focal lengths (from 25 mm to 50 mm) in the same device. Switching between the two configurations allows you to quickly locate the subject with the wider field and then observe it at a higher magnification.
The range also includes configurations with an integrated laser rangefinder in its LRF version , which offers precise measurement up to 1000 meters with an accuracy of +/- 1 meter, through which it is possible to directly measure the distance to the subject without resorting to an external device.
PIXFRA Arc: Magnesium alloy body and replaceable batteries
The family PIXFRA Arc It was designed to combine compactness, robustness, and good thermal performance. The body uses a high-quality magnesium alloy, a material that allows for low weight while maintaining good resistance to shock, wear, and outdoor use.
The range includes versions with 384×288 and 640×512 pixel sensors, 12 μm pixel pitch and F 1.0 lenses with different focal lengths from 25/35mm.
The versions with a 384×288 pixel sensor represent a balanced solution for short and medium distance observation, while the 640×512 pixel ones guarantee greater definition and allow for more effective use of digital zoom.
The high-resolution 1440x1080 OLED display offers a large, clearly legible image. Lens focus and diopter adjustment allow you to adjust the viewing angle to both the subject's distance and the user's visual characteristics.
The IP67- rated housing is designed to withstand dust, rain, and temporary immersion under the conditions specified by the standard. The series can also operate at extremely low temperatures.
One of the main advantages of the Arc is its replaceable battery power system . The availability of interchangeable batteries allows for extended field use without having to interrupt observation to recharge the device.
Wi-Fi connection allows you to view and share images through the app PIXFRA Outdoor, also making it possible to view the video stream from multiple mobile devices.
PIXFRA Arc LRF: Thermal monocular with laser rangefinder
The family PIXFRA Arc LRF It takes the construction features of the Arc and adds an integrated laser rangefinder capable of measuring long distances.
The laser module is inserted directly into the body of the device without significantly altering its ergonomics and portability. The result is a thermal monocular that allows you to locate a heat source and immediately obtain a precise distance measurement.
The range includes configurations with 384x288 and 640x512 pixel sensors, 12 μm pixel pitch, and lenses with different focal lengths. The choice of focal length allows the instrument to be adapted to different contexts: a shorter lens favors the field of view, while a longer focal length increases the basic magnification and the ability to observe over long distances.
The PIPS processing system helps reduce ambient noise, improving contrast, detail readability and subject-background separation.
The magnesium alloy body maintains good mechanical strength without making the device excessively heavy. The shape of the grip, the eyecup, and the layout of the controls are designed for quick use even with one hand.
The power supply uses 2 replaceable 18650 batteries with autonomy up to 15h, while the connection with the app PIXFRA Outdoor allows you to view the video stream on your smartphone, transfer photos and videos and manage various functions of the device.
PIXFRA Mile: the compact and essential thermal monocular
The family PIXFRA Mile It represents the entry point to the brand's range of thermal monoculars. It was developed for those seeking a simple, lightweight, and easily transportable instrument, primarily intended for short- and medium-distance observations.
Mile models use compact thermal sensors and are available in a variety of focal lengths. Shorter lenses offer a wide field of view and are suitable for close-range hunting, while longer focal lengths increase base magnification and detection range.
The device integrates different thermal palettes, including warm white, warm black, iron red, and modes dedicated to highlighting higher temperatures. The palette selection allows you to adapt the image representation to the type of environment and the user's preferences.
There's also a range estimation function based on the target's estimated size. This isn't a true laser rangefinder: the user selects the target type and places two reference lines above and below the target, obtaining an approximate distance estimate.
Built-in Wi-Fi allows you to connect the monocular to your smartphone and view images through the app. Standby mode helps reduce power consumption when the device is not actively being used.
The Mile is suitable for those looking for a thermal monocle PIXFRA compact, intuitive and characterized by a favorable ratio between price, size and functionality.
PIXFRA Mile 2: Sensors up to 640×512 pixels
The family PIXFRA Mile 2 It represents a profound evolution of the Mile project. While maintaining its compact size, it expands the choice of sensors and optical configurations.
The range includes models with resolutions of 256×192, 384×288 and 640×512 pixels, combined with a 12 μm pixel pitch and a high refresh rate, useful for obtaining a smooth display of moving subjects.
The 384×288 and 640×512 pixel versions offer greater definition, while the more compact models with a 256×192 pixel sensor are aimed at those looking for a first approach to thermal technology.
The device uses a high-definition AMOLED display and an eyepiece designed to provide clear and comfortable viewing despite its small external dimensions.
The PIPS 2.0 system improves contrast, stability, and image definition. The button layout also allows for tactile recognition of commands, making it easier to use with one hand even in the dark.
Particular attention has been paid to portability. The compact body can be accompanied by a case, wrist strap, and shoulder strap, while the arrangement of the attachment points helps keep the device stable during transport.
The Mile 2 series also integrates an electronic compass, Wi-Fi connectivity and the ability to share video streams via the app PIXFRA Outdoor.
PIXFRA Ranger: Toughness and long-distance observation
The family PIXFRA Ranger It is intended for those looking for a traditional, robust thermal monocular equipped with a large, high-resolution display.
The range includes 384×288 and 640×512 pixel sensors with a pixel pitch of 12 μm, combined with lenses with different focal lengths from 25mm to 50mm.
Configurations with a shorter focal length offer a wider field of view and are suitable for observation indoors, surrounded by vegetation. Intermediate versions represent a compromise between scene width and magnification, while models with a longer focal length are designed for longer distances up to 2600 meters.
The high-definition OLED display helps make the contours and details provided by the sensor more readable and supports six color palettes.
The Ranger features multiple thermal imaging modes, internal memory for photos and videos, hot spot tracking, and Wi-Fi connectivity. Its IP67 protection and ability to operate at very low temperatures complete its outdoor capabilities.
Thermal clip-ons PIXFRA for daytime optics
I thermal clip-ons PIXFRA, also called front attachments, are installed in front of a compatible daytime riflescope. Their main advantage is the ability to retain the traditional optics, the usual shooting position, and the gun's setup.
In this category PIXFRA proposes families Taurus, Taurus LRF and Chiron.
PIXFRA Taurus: high sensitivity front attachment
Il PIXFRA Taurus It is a front attachment designed to transform a compatible daytime optic into a thermal system, maintaining the ergonomics and quality of the riflescope already installed.
The family includes versions with 384x288 and 640x512 pixel sensors, 12 μm pixel pitch, and high thermal sensitivity. The PIPS 2.0 system works to reduce noise, improve contrast, and make subject and ambient details more visible.
The high transmission of the lenses and the possibility of using the device with daytime optics featuring different magnification levels expand compatibility with numerous configurations.
One of the most interesting aspects is the sub-pixel adjustment system , developed to reduce alignment errors and maintain good precision after installation in front of the riflescope.
Focus is controlled via an easily accessible knob, while silent buttons allow you to use the main functions without excessively changing the position of your hands.
The Bluetooth remote also allows you to operate the device without having to lean towards the front attachment, a useful solution for both right- and left-handed users.
The magnesium alloy body combines strength with low weight. The replaceable battery system and quick-release battery compartment allow for extended battery life during longer shooting sessions.
PIXFRA Taurus LRF: rangefinder and ballistic functions
Il PIXFRA Taurus LRF adds an integrated laser rangefinder to the Taurus platform, through which it is possible to directly measure the distance to the subject.
The device therefore allows you to detect a heat source, determine its distance, and use the information obtained within the available ballistic functions. Concentrating these technologies in a single device reduces the need for an external rangefinder.
Thermal image quality is delivered by sensors with a 12 μm pixel pitch, resolution of up to 640x512 pixels, and high sensitivity. The PIPS 2.0 system improves contrast and definition, while intelligent calibration adapts image rendering to different environmental conditions.
The Taurus LRF also retains the sub-pixel adjustment system, compatibility with different daytime lenses and Bluetooth remote control.
The telemetry module is integrated into the body without excessively compromising compactness. The magnesium body, silent controls, and power system with replaceable batteries confirm the family's technologically advanced design.
PIXFRA Chiron in front attachment configuration
The platform PIXFRA Chiron It is present both in the front attachment category and among the thermal solutions intended for direct mounting on the weapon. The configurations must therefore be differentiated based on the intended use and the specific commercial version.
When used as a clip-on, the Chiron offers a basic optical magnification suitable for maintaining the field of view and the correct relationship with the daytime scope placed behind it.
The range includes sensors with 384x288 and 640x512 pixels, a pixel pitch of 12 μm, and lenses with different focal lengths, from 25 mm to 50 mm. The high refresh rate promotes smooth display of moving subjects.
The PIPS system was also developed to reduce image latency, reducing the time difference between what happens in the scene and what is shown on the display.
The main rotary control makes it easy to navigate the menu and select functions. Depending on the configuration, picture-in-picture, hot spot tracking, audio and video recording, and internal memory are available.
The RAR system, which stands for Recoil Activated Recording, can automatically start recording upon detection of recoil.
Thermal scopes PIXFRA
I thermal scopes PIXFRA They integrate the sensor, display, reticle and zeroing system into a device designed for direct mounting on the weapon.
The range comprises the Chiron and Chiron LRF, Pegasus, Pegasus Pro, Pegasus 2 LRF and Cetus families.
The use of thermal devices mounted on the weapon must always be in compliance with the national, regional and local regulations applicable in the territory in which they are used.
PIXFRA Chiron and Chiron LRF: robustness and ease of management
The family PIXFRA Chiron It was designed to offer a compact, recoil-resistant and easy-to-manage platform.
Standard configurations use sensors with resolutions of 384x288 or 640x512 pixels, a pixel pitch of 12 μm, and lenses with different focal lengths. The choice of lens allows you to prioritize the field of view or the ability to observe at greater distances.
The structure is sized to withstand the stresses generated by recoil. The rotary knob control reduces the number of controls required and facilitates the adjustment of the main functions.
The PIPS system contains image latency, while the OLED display ensures a smooth and well-defined vision.
The internal memory allows you to store photos, videos, and, in the available configurations, audio recordings. Picture-in-picture, hot spot tracking, different thermal palettes, and automatic recording activated by recoil are also available.
The Chiron LRF version adds a built-in laser rangefinder and ballistics calculation functions. Compared to the standard configuration, it allows you to measure the distance to the target and use the data within the device's ballistics settings.
Powered by replaceable batteries, you can extend your field use and quickly restore battery life by replacing flat batteries.
PIXFRA Pegasus: traditional structure with 30 mm tube
Il PIXFRA Pegasus It is recognizable by its aesthetic configuration similar to that of a traditional spotting scope. The body with a 30mm central tube allows for the use of compatible rings and mounts, facilitating integration on different platforms.
The range includes sensors with 384×288 and 640×512 pixels, 12 μm pixel pitch and lenses with different focal lengths from 35 mm to 50 mm.
Shorter lens configurations offer a wider field of view, while longer focal length versions increase base magnification and long-distance detection capability.
The high-definition OLED display and PIPS processing system improve scene reading, reduce noise and help maintain smooth viewing.
The internal memory allows you to store photos and videos. The RAR system can automatically start recording when recoil is detected, allowing you to preserve footage without having to manually activate video.
The layout of the knobs and buttons recalls that of traditional optics and allows you to quickly reach the main adjustments.
PIXFRA Pegasus Pro: Increased Sensitivity and PIPS 2.0
Il PIXFRA Pegasus Pro It maintains the 30mm tube setup, introducing a more sensitive sensor and more advanced image management.
The range includes 384x288 and 640x512 pixel versions with different lenses. The particularly low NETD value improves the ability to distinguish details in conditions characterized by low thermal contrast.
The PIPS 2.0 system improves noise reduction, sharpness, and image stability. This processing is particularly important when using digital zoom or when the subject is partially hidden by vegetation.
The metal body is designed to withstand the stresses generated by recoil, while the 30mm tube allows for a relatively low mounting position and a setup similar to that of a traditional riflescope.
The internal memory, automatic RAR recording, Wi-Fi connection and the possibility of acquiring photographs and videos complete the features.
PIXFRA Pegasus 2 LRF: Integrated rangefinder and PIPS 3.0
Il PIXFRA Pegasus 2 LRF represents one of the most advanced proposals among the brand's thermal scopes.
The platform uses high-resolution thermal sensors 384X288 with a 35mm lens, and 640×512 with 35 and 50mm lenses, with particularly high sensitivity of less than 15mK with a focal length of 1.0. The low NETD value allows for the detection of very small temperature differences and maintains good scene readability even in the presence of humidity, dense vegetation and uniform temperatures.
Processing is entrusted to the PIPS 3.0 system , developed to maintain good definition even when using the digital zoom.
The large OLED display offers detailed viewing, while the graphical interface makes effective use of the available space and makes information easy to read.
The laser rangefinder is housed in a compact module integrated into the device's profile. In combination with the ballistic calculator, it allows you to measure the distance and determine the aiming point based on the parameters set by the user.
Focus can be adjusted without having to reach too far toward the lens. The combined wheel and button control makes menu navigation easy, while a dedicated switch allows for quick switching between on, standby, and off.
The magnesium alloy construction is designed to withstand the stresses produced by the most energetic calibers compatible with the manufacturer's specifications.
The RAR function automatically records a portion of the sequence before and after recoil detection exactly 15 seconds before and after the shot. The quick-release battery compartment also allows for quick battery replacement.
PIXFRA Cetus: New Generation Compact Thermal Imaging Scope
Il PIXFRA Cetus It is a compact thermal riflescope developed to make many of the technologies introduced on higher-end models accessible.
The range includes configurations with 256×192, 384×288, and 640×512 pixel sensors. The most advanced versions achieve particularly low NETD values, improving the thermal separation of the subject from the environment.
Lenses with different focal lengths cover different needs, from observation with a relatively wide field of view to detection at greater distances.
The main configurations use a high-resolution OLED display. The PIPS 3.0 system was developed to maintain good clarity even at higher magnifications and offer high precision in aiming point adjustment.
Control is via a multifunction wheel and a limited number of buttons. This setup minimizes the clutter of the control panel and allows for quick access to the main settings.
The reset system allows you to create, rename, and manage multiple profiles, associating them with different distances or configurations. The procedure can also be performed via the app. PIXFRA Outdoor, by adjusting the parameters directly from your smartphone.
The RAR function automatically memorizes the sequence before and after recoil. The magnesium alloy body offers strength and low weight, while the power supply uses a replaceable battery accessible through a quick-release cover.
(for more information on the product we invite you to view the specific article that we published in the playlist dedicated to PIXFRA)
PIXFRA Draco: Multispectral Thermal and Digital Binoculars
Il PIXFRA Draco It's a device dedicated to multispectral observation. Unlike standard thermal binoculars, it integrates multiple technologies within the same body.
The platform combines:
- thermal imaging;
- high-resolution digital vision;
- laser rangefinder;
- infrared illuminator.
The ability to switch between thermal vision and digital imaging allows you to leverage the advantages of both technologies. The thermal channel is particularly effective for quickly identifying a presence through its heat signature, while the digital channel allows you to observe shapes, colors, and visual details useful for better identification.
Draco configurations include thermal sensors with different resolutions, from 256×192 up to 640×512 pixels in the D635-4K model, combined with a 4K digital channel. The high thermal sensitivity facilitates observation when the contrast between the subject and the environment is low.
The Full HD OLED display and high-magnification eyepiece offer a wide, immersive view. The curved interface makes the most of the available space and makes key information instantly readable.
The PIPS 3.0 system processes the thermal channel, while electronic image stabilization helps reduce shake during handheld observations. The Defog function improves readability in haze and adverse weather conditions.
The multifunction wheel resembles the controls found on traditional optical binoculars. The buttons are tactile and allow you to operate the device without taking your eyes off the scene.
The Draco multispectral binoculars also offer 6 palettes for thermal imaging and 4 color modes for day/night viewing.
Despite its technological complexity, the body maintains dimensions and weight designed for field use. Extended battery life and the ability to operate with a single battery increase operational convenience.
Dual-band Wi-Fi improves video streaming stability to the app. The built-in laser rangefinder completes a device suitable for wildlife research, land surveillance, and extended observations.
PIXFRA Volans: Digital Day & Night Vision Riflescopes
The family PIXFRA Volans It belongs to the category of Day & Night digital spotting scopes. It does not use a thermal sensor, but a highly sensitive digital sensor capable of providing color images during the day and night images with the support of infrared illumination.
At the heart of the system is a high-resolution Starlight CMOS sensor. The increased detail facilitates the identification of visual features, a useful feature when it's necessary to distinguish shapes, colors, and features that a thermal image cannot reproduce.
The lens features an adjustable aperture, allowing you to adjust the amount of light to suit your surroundings. The aperture can be narrowed during the day and widened at dusk or night.
The basic optical magnification allows Volans to be used as a true digital telescope, while the circular display recalls the view offered by a traditional optic and helps make reading the scene natural.
The family includes standard configurations and Volans LRF versions . The latter integrate a laser rangefinder capable of measuring the distance to the subject.
In the LRF configuration, the rangefinder can communicate with the ballistic calculator. By entering the ammunition data and the required parameters, the system determines the necessary correction in relation to the detected distance.
Resetting can also be managed via the app PIXFRA Outdoor, creating different groups and precisely modifying the grid coordinates.
The metal body is designed to withstand the stresses of recoil. The eye relief maintains adequate distance between the eyepiece and the eyepiece, while the quick-release battery compartment makes battery replacement easy.
The internal gallery finally allows you to view, select and delete photos and videos directly from the device.
How to choose the device PIXFRA most suitable
The range PIXFRA It is not built around a single model, but follows a progressive logic that allows you to choose the device in relation to the observation distance, portability, image quality and required functions.
Compact monoculars for research
The Mile and Mile 2 monoculars emphasize compactness, simplicity, and accessibility. They are ideal for those seeking an easily portable instrument for research and short- to medium-distance observation.
Rugged monoculars with rangefinder
The Arc and Arc LRF families add magnesium alloy construction, replaceable batteries, and, in the LRF versions, a built-in laser rangefinder.
Long-distance observation
The Ranger offers a more traditional setup and good long-range observation capabilities. The Sirius introduces more sensitive sensors, large displays, and dual FOV configurations, while the Sirius HD brings thermal resolution up to 1280x1024 pixels.
Daylight optics conversion
In the front attachment sector, the Taurus and Taurus LRF are geared towards integration with daytime optics and precision alignment. The Chiron, on the other hand, offers a compact and durable platform, also available in direct-mount configurations.
Dedicated thermal scopes
Among the riflescopes, the Pegasus and Pegasus Pro retain the traditional 30mm tube design. The Pegasus 2 LRF integrates rangefinding, ballistics, and PIPS 3.0, while the Cetus packs many of the latest technologies into a compact frame.
Multispectral observation and digital vision
The Draco combines thermal imaging, 4K digital imaging, a rangefinder, and IR illuminator in a multispectral binocular. The Volans is the digital Day & Night option for those who want to maintain an image similar to that of a traditional lens.
A complete range for thermal and digital observation
The catalog PIXFRA Optic covers all major categories of thermal and digital vision for outdoor activities.
The presence of sensors with resolutions ranging from 256x192 to 1280x1024 pixels allows you to identify devices belonging to very different price ranges. Likewise, the availability of lenses with different focal lengths allows you to choose between wide field of view, versatility, and long-distance observation.
Laser rangefinders, ballistic calculators, automatic RAR recording, replaceable batteries, internal memory, Wi-Fi connection and a dedicated application complete a technologically advanced offering.
The most interesting aspect of the gamma PIXFRA Optic The quality of the system does not therefore lie solely in the performance of individual products, but in the possibility of building a coherent system: a monocular for research, a front attachment to maintain daytime optics, a dedicated thermal scope, multispectral binoculars for complete observation or a digital Day & Night device for operating throughout the day.
…and note that the quality-price ratio is not out of place.
PIXFRA It is distributed in Italy by PAGANINI
