Products

Our innovative design of FlexiRay^® High Power laser cables, IR-fiber coupled detectors, IR-imaging bundles and various fiber sub-systems provides the optimum solution for specific customer requirements.

art photonics offers a broad variety of optical fibers from UV to Mid Infrared.

UV/VIS/NIR (220 – 2500nm) Silica fibers, with a range of diameters and NAs are available with a variety of polymer and metal coatings.|

CIR (1.5 – 6.0µm) In the mid infrared,  our chalcogenide infrared (CIR) fibers have optical transmission to match the output from LEDs and solid state infrared lasers including Quantum Cascade types.

PIR (4.0 – 18.0µm) In the mid infrared, our silver halide polycrystalline infrared (PIR) fibers are suitable for coupling to black body sources, LEDs, CO₂ lasers and solid state infrared lasers including Quantum Cascade types.

art photonics offers high-performance, high-quality specialty optical fiber cables covering broad band spectral range, from UV (220nm) to Mid Infrared (18µm), for applications that include industrial manufacturing, environmental sensing and space applications.

In addition to the range of standard products, our fiber optic cables can be customized to meet the needs of the research & development environment, where the novel coupling and mixed bundles are often required.

UV/VIS/NIR (220 – 2500nm) Silica fiber cables, with a range of diameters and NAs are available with a variety of polymer and metal coatings. Innovative high power connectors can be selected for laser power delivery from diode laser modules and high power industrial lasers.

CIR (1.5 – 6.0µm)  In the mid infrared,  our chalcogenide infrared (CIR) fiber cables have optical transmission to match the output from LEDs and solid state infrared lasers including Quantum Cascade types.

PIR (4.0 – 18.0µm) In the mid infrared, our silver halide polycrystalline infrared (PIR) fiber cables are suitable for coupling to black body sources, LEDs, CO₂ lasers and solid state infrared lasers including Quantum Cascade types.

art photonics’ FlexiRay^® product line includes high-quality fiber optic bundles and converters in a broad spectral range: from 0.2 to 18µm.

FlexiRay^® fiber bundles and converters are designed to meet customer requirements with different fiber types, diameters protective tubing.

FlexiSpec^® product line from art photonics is the latest generation of Attenuated Total Reflection Near & Mid IR-fiber ATR-Probes produced for any type of FT-NIR, FT-IR and other IR-spectrometers, photometers and IR-LED or QCL spectral sensors. ATR immersion fiber optic probes with patented design are suitable for reaction monitoring in lab, pilot plant and for full automated process control.

FlexiSpec® product line from art photonics is the latest generation of Attenuated Total Reflection Near & Mid IR-fiber ATR-Probes produced for any type of FT-NIR, FT-IR and other IR-spectrometers, photometers and IR-LED or QCL spectral sensors. ATR immersion fiber optic probes with patented design are suitable for reaction monitoring in lab, pilot plant and for full automated process control.

Raman spectroscopy measures the amount of light scattered inelastically at different frequencies by molecular vibrations. This results in very detailed molecular fingerprints with high chemical specificity. Raman measurements do not require sample preparation and can be applied to aqueous systems with ease. That’s why, Raman has been used extensively for a wide variety of applications, and appears to be the most promising spectroscopic method for in-line analysis of complex systems.t

The fiber-optic fluorescence probe is an essential component of many quantitative fluorescence spectroscopy systems, enabling delivery of excitation light and collection of remitted fluorescence in a wide variety of clinical and laboratory situations.

Raw Material Identification (RMID) is one of the most important aspects of quality control in the pharmaceutical, food and chemical industries. Ideally, the method for identifying raw materials should be fast, easy to implement and non-destructive.

Near-infrared (NIR) and Raman spectroscopy are perfectly suited for even the most challenging RMID applications. These techniques are complementary to each other which increases their value and empowers their more widespread use within a facility. These techniques can be used to identify a wide variety of raw materials and can even distinguish between closely related ones that have similar chemical structures.

Fiber Probe Couplers are designed to connect Fiber Optic Probes with FTIR spectrometers and to perform the remote analysis and reaction monitoring. Mirror design of FlexiSpec® Fiber Probe Couplers provides high coupling efficiency for any probe used for process-spectroscopy in broad spectral range 0.2-18µm.