The ILT800 CureRight UV radiometer system outperforms the competitors with features such as profiling as a standard feature, and programmable settings such as measurement modes (auto/manual/live), minimum light level threshold, lamp-to-lamp measurement interval (delay).  The system also has a uniquely designed user interface that places the input sensor and optic, device controls, and the readout display all on the same side, allowing simultaneous measuring, monitoring, and analyzing of measurement data.

The beam first passes through a "BeamWatch" non-contact high-power beam profiler. This unique instrument is based on a physical property of light known as ...

DESCRIPTION SPECIFICATIONS Right-angle micro-prism are manufactured from high-quality N-BK7 glass with tight tolerance on angles and minimal chipping.

The ILT800 CureRight Radiometer Series replaces ILT’s popular ILT400/490 meters with a host of new and improved features and capabilities including a broad, 5.5 decade measurement range, user-programmable settings, faster sampling speeds, the ability store store up to 20 unique device IDs, and the ability to store up to 1,000 profiles. The ILT800 measures both pulsed and steady-state light sources, and features a large, OLED display. The ILT800 is available in multiple filtrations, many of which are available to purchase in our on-line store. Custom filtration and OEM options are also available.

The ILT800 UV radiometer allows users to monitor their curing processes over time by enabling them to store, download, and view both current and all previously saved readings on the device’s integrated OLED display.  This on-board data storage and review capability allows users to quickly see changes that have occured over time.  It also enables users to easily identify potential problems in their systems such as dirty lamps and reflectors, lamp / reflector misalignment, declining lamp output, failed lamps, and power supply issues, to name a few.  Added benefits include the ability to download the results to a computer for more sophisticated analysis.  Using ILT’s proprietary DataLight CureRight software interface, users can download and view their data, as well as create spreadsheets and reports using their own analysis tools.

b Institute of Functional Interfaces (IFG), Karlsruhe Institute of Technology (KIT), 76344 Eggenstein-Leopoldshafen, Germany E-mail: christof.woell@kit.edu

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a Beijing Key Laboratory of Bio-inspired Energy Materials and Devices, School of Space and Environment, Beihang University, Beijing, China

c Leibniz Institute of Photonic Technology (IPHT), Albert-Einstein-Str. 9, D-07745 Jena, Germany E-mail: thomas.mayerhoefer@uni-jena.de

To enhance the data storage and capabilities even further, ILT added an advanced sorting feature called Device ID, a feature not found in any other UV curing light meter.  Device ID allows users to program up to 20 unique system/light source name tags. Device ID allows users to then view and export all saved data for each curing station or light source into separate files, clearly identified with the Device ID.  It’s like having the functionality of multiple meters in one device.

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The ILT800 spectral filtration was designed to match the photoinitiators’ response to UV light which is directly related to its absorption, and is very wavelength selective.  Most lamps emit broadband UV/VIS/IR, and the lamp’s output may not change evenly over all wavelengths.  The ILT800 filters were designed to monitor changes in output in the areas that effect the absorption, and in turn, the effectiveness of the curing.  Whether you’re using a low output fluorescent source for sterilization, high intensity mercury or xenon lamps for curing, or narrow-band LED’s for photolithography, there is a version of the ILT800 optimized for your needs.

The interaction of light with matter at surfaces of dielectrics strongly depends on polarization. Here, we present the first infrared spectroscopic evidence for significant polarization effects in the spectroscopic detection of adsorbate vibrational frequencies. In addition to much larger peak intensities for p-polarized light relative to s-polarization, a small but distinct blue shift was identified for CO adsorbed at the surfaces of two prototype dielectric substrates, CeO2(111) and CaCO3(10.4). A simulation using a layer model yields very good agreement with experiment.

With a thickness of just 12.7 mm, it is one of the thinnest UV radiometers in the world and is therefore perfectly suited for use on systems with conveyor belts, making it the perfect measuring device for monitoring and measuring UV curing or UV drying during the exposure of photoresists and during printing.

d Institute of Physical Chemistry, and Abbe Center of Photonics, Friedrich Schiller University, Helmholtzweg 4, Jena D-07743, Germany

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C. Yang, W. Wang, A. Nefedov, Y. Wang, T. G. Mayerhöfer and C. Wöll, Phys. Chem. Chem. Phys., 2020, 22, 17129 DOI: 10.1039/D0CP02399J

The ILT800 CureRight is a feature-rich profiling UV curing radiometer that delivers unmatched flexibility and capability not found in any other system.  Its versatility allows the unit to measure lights used for UV curing and for numerous other applications such as sterilization / disinfection, lithography, and more.  The system has been designed with the varying needs of its users in mind, and can be configured and customized to your unique environment.

The ILT800 CureRight series measures and validates all types of UV curing methods and sources including conveyor, belt, oven, flood, area, spot, fiber optic, collimated beam, side cure, 180° curing, 3D printing, pulsed and traditional UV lamps, and UV/VIS LEDs &  light sources.

Jan 13, 2010 — The best way to collimate a light source, that I've found, is to use ... Lasers are collimated... Link to comment. Share on other sites ...