A single sensor the only one in the world specially designed in France for a mission to Mars. (read more)
PHOTONIS Digital Imaging leads the industry through its innovation in low-light imaging products.Optimized for day-through-night lighting conditions, these digital imaging products support surveillance and security applications, industry and research projects, and mobile use. (read more)
The new DART® Ion Mobility Spectrometer is a completely integrated benchtop instrument equipped with Resistive Glass technology and improved performance. It provides DART-IMS analysis of solid, liquid or gas analytes quickly and easily for use in homeland security, pharmaceutical or laboratory applications. (read more)
PHOTONIS will be present at the 9th edition of LAAD Defence & Security International Exhibition from 9 to 12 April in Rio de Janeiro, Brazil -- Hall 3, booth S59. During this event PHOTONIS presents and demonstrates in its unique demonstration room Night Vision innovations to Armed Forces, Police and Special Forces, Security Services, Defence Industry, consultants and governme... (read more)
The new PHOTONIS Ion Mobility Spectrometer (IMS) Analyzer is an complete integrated assembly for simplified IMS analysis that features high resolving power (64-150) in a compact design. The unit combines PHOTONIS' patented Resistive Glass products with a new robust ion gate technology to create an IMS analyzer which improves resolution and simplifies serviceability. (read more)
PHOTONIS USA introduces the Lynx CMOS sensor, a new low-light digital image sensor designed for high performance under both daylight and low-light level conditions, making it ideal for applications where high-resolution detection across varying light conditions is critical. (read more)
The new PHOTONIS High Mass BiPolar Time of Flight detector improves the detection efficiency of very high mass ions with significantly less complexity when compared to other high-mass detection solutions. It is ideal for Matrix-Assisted Laser Desorption Ionization Time of Flight (MALDI-TOF) applications. (read more)
The XR5™ Image Intensifier reveals more details and offers eXtended Range capabilities that enables the user to detect more details during operation.
The XR5™ features an integrated Auto-Gated power supply, facilitating operation under dynamic lighting conditions. Upgrade your capabilities by replacing the optics. Other versions include 16mmm and ONYX. (read more)
The introduction of the XD-4™ technology set the new standard for low-light-level imaging. XD-4™ Image Intensifiers perform extremely well in all environmental conditions. Its broad spectral sensitivity range results in a perfect picture. Your night vision optics can be upgraded simply by replacing your current optic with Image Intensifier Tubes from PHOTONIS. (read more)
The PHOTONIS Hybrid Photo Diode provides an alternate technique for photon detection. The HPD amplifies an electron in a vacuum tube and bombards it onto a silicon diode. For each impact, a gain of between 2000 and 3000 is achieved. A diode array converts the signal to pixels. Other photon detectors are also available from PHOTONIS. (read more)
The PLANACON photon detector is a unique square shaped detector which can be tiled to provide a larger detection area. It is nearly immune to magnetic interference (~2 Tesla) and provides one of the largest single collection areas on the market.
PHOTONIS also manufactures traditionally round MCP-PMT photon detectors with similar magnetic resistance properties with jitter ~ 130pS F... (read more)
The unique combination of fast timing and spatial resolution makes the PHOTONIS Imaging Photon Counter unmatched in photon imaging. The 50ps timing resolution is superior to resistive anode IPCs and many orders of magnitude faster than EMCCDs or Image Intensified Cameras. (read more)
The PHOTONIS Optical Communications Receiver optimizes sensitivity in optical communication applications, by offering a 12mm active collection area that is suitable for detecting fast optical signals in the green to ultraviolet spectral range. Our Optical Receiver supports high data rates (up to 2GHz) which provide output levels suitable for communications.
Prism Award Winn... (read more)
PHOTONIS streak tubes support applications such as molecular and plasma physics, ballistics, laser interferometry, temporal measurement, fluorescence spectroscopy, biology and femtochemistry.
A streak tube is an inverter image intensifier tube capable of resolving high-speed events over a wide-range of input wavelengths. (read more)
PHOTONIS offers the widest and most technologically advanced variety of Time-of-Flight Detectors available. These patented Time-of-Flight Detectors offer previously unobtainable levels of temporal resolution, dynamic range, and high mass detection sensitivity for Time-of-Flight Mass Spectrometry. (read more)
PHOTONIS offers standard and custom APD designs to detect and amplify charged particles and electromagnetic radiation. Applications include mass spectrometry, high-energy physics, space exploration, SIMS, SEM, FIB, leak detectors, VUV spectrometers, and RGA.
For those preferring to build their own instrument, standalone MCPs are also offered in a variety of standard and custom con... (read more)
PHOTONIS is the industry leader in technology advancements for Microchannel Plates (MCPs). We offer a broad range of sizes, shapes and options to support a number of imaging applications. Our capabilities range from the smallest pore size to the largest made MCP. We now offer an exclusive low-noise glass option on any standard MCP for use in space applications and other negligible events. (read more)
PHOTONIS is the world's largest supplier of standard, retrofit and custom detectors for mass spectrometry. Our advanced detector designs consistently provide the highest sensitivity through superior signal collection and noise reduction. PHOTONIS electron multipliers also offer the highest dynamic range to assure an absolutely linear response beyond the limits of most analytical instrume... (read more)
PHOTONIS' patented ELECTROGEN™ Electron Generator Arrays (EGAs) consist of millions of precision glass tubes fused together to produce a uniform and mechanically rigid structure. They are processed such that, when a voltage is applied across the thickness, each pore produces a beam of electrons. (read more)
Resistive Glass tubes are form and fit replacements for traditional capillary inlet or drift tubes, but can be used to create uniform fields to guide or direct charged particles. This can significantly improve ion transfer efficiency by drawing more ions into the mass spectrometer. They can be used in atmospheric pressure ionization, ion mobility spectrometry, or as reflectron tubes. (read more)
These products have been adapted for extreme neutron and gamma flux in breeder reactors. In conjunction with the major instrumentation companies in the nuclear field, PHOTONIS is constantly developing new technologies and new products to answer needs in the nuclear field. (read more)