Ultra Violet cameras

About Ultra Violet cameras (UV)

Photonis proudly introduces its latest Ultra Violet (UV) cameras and cores, designed with cutting-edge technology to meet the demands of various industries. Our UV imaging systems (uv image intensifier) offer unmatched sensitivity and precision, allowing users to capture and visualize unseen phenomena beyond the visible spectrum.

Our Ultraviolet (UV) imaging technology operates within the specific spectral range of UV wavelengths, from 190 nm to 400 nm, revealing unseen phenomena beyond human vision. With increasing demand for precision and sensitivity in UV imaging, Photonis introduces state-of-the-art features to meet the evolving needs of various industries. Our UV cameras are equipped with spectral filters to precisely capture and analyze the UV wavelengths of interest in scientific research and industrial applications.

At the core of our UV cameras lie high-efficiency photocathodes, intensifying UV photons to provide crystal-clear imaging with very low UV signals. (The lenses are crafted from high-quality glass, ensuring optimal performance in capturing UV images.) These photocathodes play a pivotal role in enhancing sensitivity and signal-to-noise ratio, crucial for precise detection and visualization of UV phenomena.

Our UV cameras lie advanced sensor technology, ensuring high sensitivity and resolution across the entire UV wavelength range. With a pixel pitch of 10 lpmm, our cameras provide detailed imaging capabilities, essential for applications requiring meticulous inspection and analysis.

The iNocturn series, featuring a range of UV cameras, offers flexibility and efficiency in tasks such as spark and electrical discharge detection. Equipped with high-resolution sensors and ultra-sensitive photodetectors, these cameras deliver exceptional performance in identifying and amplifying UV signals.

Each camera in the iNocturn series is engineered for seamless integration, with versatile output window interfaces and robust connectors for easy connectivity to existing imaging systems. The large output window and phosphor screen ensure optimal image quality, even in challenging lighting conditions.

In our advanced UV camera system, each point of control is meticulously monitored to ensure high-quality results and optimal precision in image capture. With precise control over exposure and image capture, our UV cameras set the standard for excellence in UV imaging technology. Whether it's inspecting semiconductor quality or monitoring environmental UV levels, Photonis UV cameras deliver reliable performance and exceptional image quality.

In summary, our UV cameras offer a typical solution for various applications, providing unmatched sensitivity and resolution for precise detection and analysis of UV phenomena.

The integration of advanced gating technology ensures accurate detection, even in ultra-low light conditions. Furthermore, our cameras feature a high-resolution optical lens system, delivering unparalleled clarity and detail in UV imaging.

Equipped with a double Microchannel Plate (MCP), our cameras offer enhanced sensitivity and performance, making them ideal for applications requiring precise detection and imaging capabilities. The introduction of innovative options such as Smart Tube Management (SMT) further enhances signal transmission efficiency, ensuring reliable and reproducible imaging results. (Our cameras are designed to handle high voltage inputs, providing robust performance in demanding environments.) The superior intensified camera extracts the best of image intensifier tube and sensitive low-light camera technologies. The iNocturn features a unique combination of ultra-sensitivity, high framerate, high-QE photodetectors, and nano-second gating.

Photonis offers the UV camera series called i2Nocturn, an advanced intensified camera featuring a state-of-the-art double MCP configuration, delivering the highest signal-to-noise ratio. This innovation empowers seamless image capture in ultra-low light conditions and precise detection of exceedingly low photon signals.

With a camera resolution of 1936x1216 pixels and a frame rate up to 50 fps, the i2Nocturn captures detailed features with remarkable precision. Its spectral response spans from 190 to 300nm, accommodating imaging needs across a broader range of UV-sensitive tasks, offering flexibility and efficiency in tasks such as spark and electrical discharge detection, as well as other UV-dependent applications requiring meticulous imaging capabilities. 

In scientific applications, our UV cameras serve as indispensable tools for researchers and professionals, enabling the study and analysis of UV phenomena with unprecedented clarity and accuracy. Whether it's inspecting semiconductor quality or monitoring environmental UV levels, Photonis UV cameras set the standard for excellence in UV imaging technology.

With our commitment to innovation and quality, we continue to push the boundaries of what's possible, empowering professionals across various industries to achieve their goals with confidence. Whether it's in scientific research, industrial applications, or night vision devices, Photonis UV cameras provide reliable performance and supply unmatched image quality.

Moreover, our UV cameras can be seamlessly integrated in the systems to monitor electrical equipment, corona discharges for potential faults or conducting inspections in industrial settings.