Photon Systems, Inc.

A fully integrated lab model deep UV resonance Raman and photoluminescence spectrometer with microscopic imaging.

TraC is a miniature handheld instrument for measuring trace chemical contaminants on surfaces, especially focused on cleaning validation and process control for food or pharmaceutical product manufacturing.

A 3”x 3.5”x 7.5”, less than 2 lb, fully self-contained deep UV excited autofluorescence-only instrument with built-in deep UV source, low spectral resolution spectrometer, detectors, and microprocessor for analyzing spectral results and providing processed information.

A unique instrument developed by Photon Systems to measure the deep UV non-specular scatter properties of optical elements such as gratings, mirrors, and filters, based on a 248.6nm hollow cathode laser and a single channel boxcar integrator with combined PMT.

UV LEDs with center wavelengths of 280 and 255nm, available with flat window, hemispheric lens, or ball lens optics. Useful for fluorescence-based detection but not Raman due to spectral linewidth of 20nm FWHM.

Handheld instrument for detection of trace chemicals using deep UV fluorescence with excitation at 224.3 nm or 248.6 nm, capable of detecting concentrations in the fg or pg/cm² range.

The STANDOFF 200 Analyzer is the first and only fully integrated real-time deep UV Raman and fluorescence analyzer instrument, providing complementary and confirmatory testing in a single handheld device. It detects a wide range of unknown chemical and biological materials on surfaces at standoff distances of 1 to 5 m, in real time, and in full daylight conditions.

A low-cost handheld sensor enabling detection and classification of a broad range of suspicious powders in real-time at the site of a contamination incident without contact or reagents.

The MOSAIC DUV Fluorescence Mapper is a small size, light weight, lower power system focused on detection and classification of ultra-trace concentration of organic contaminants on surfaces such as high-performance optical components, semiconductors and other manufactured surfaces susceptible to ultra-trace levels of contamination. It enables spatial mapping or imaging of chemical contaminants as part of QA processes, real-time detection of contaminants in liquids or water, and detection/mapping of biological material on surfaces or in water.

The most compact and lowest cost deep UV (224nm or 248.6nm) photoluminescence spectrometer system.

An integrated deep UV instrument for real-time, in-situ detection of bulk and trace crude oil, drilling fluids, hydrocarbons, and chemicals in natural ocean water columns using deep ultraviolet excited resonance Raman and native fluorescence spectroscopy.

A deep UV laser supplied by Photon Systems to power the first deep UV Raman and fluorescence based instrument flown in space, used on the SHERLOC instrument for Mars rover missions.

A plug & play gated boxcar integrator and averager that synchronizes detection current sources such as PMTs, photodiodes, optical beam induced current detectors or other current sources with the emission from a Photon Systems deep UV laser or other sources.

Trace chemical and biological sensors for field, factory, or laboratory applications, used for environmental sensing, process quality, and cleaning validation.

A plug & play gated boxcar integrator and averager that synchronizes detection current sources such as PMTs, photodiodes, optical beam induced current detectors or other current sources with the emission from a Photon Systems deep UV laser or other source.

A unique digital detector controller combining a PMT gain controller with a gated boxcar integrator and averager, designed for ultra-sensitive gated integration of signals during deep UV laser pulses.

Deep UV standoff CBE sensors that are robot-mounted, enabling rapid detection and classification of trace and bulk levels of chemical, biological and explosive contaminants using fluorescence and Raman bands.

The DUV family of lasers offer 224.3 nm and 248.6 nm for fraction of the cost of the competition. The laser is the size, weight and power consumption of a HeNe laser but with output in the deep UV.

Single channel or 32 channel gated boxcar integrator and averager systems for optical and electronic detection of Raman, fluorescence, or optical beam induced current applications.

Deep ultraviolet lasers offering 224.3 nm and 248.6 nm output with size, weight, and power consumption comparable to a HeNe laser. Features integrated laser controller for remote computer control and LabView software compatibility.

ARIA offers a new capability to realtime monitor your water to ensure it is safe. It enables molecular fingerprinting of many pollutants including PFAS, microplastics, pharmaceuticals, and microbes. It provides direct detection for a wide array of materials and is based on technology evolved from the SHERLOC instrument on the Mars Perseverance Rover.

An upcoming product from Photon Systems, details to be announced.

NaDos is a wearable personal exposure monitor (PEM) and near-real-time environmental chemical exposure monitor with higher sensitivity (<40 mg/m3) than a PID and extremely high specificity to naphthalene vapor concentrations in the breathing zone of the wearer.