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Luminescence Sensors
Luminescence sensors detect visible and non-visible marks that illuminate when using ultraviolet (UV) light. Fluorescent material and marks are reliably detected independently of their pattern, colors or surface conditions on any material. Luminescence sensors emit UV light with a wave length of approximately 375 nm. Fluorescent substances convert the UV light into long-wave visible light, which is then received and evaluated by the luminescence sensor.
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Luminescence sensors
Leuze electronic GmbH + Co. KG
Luminescence sensors detect both visible as well as invisible luminescent markings. They send the result as switching output or analog value and are used primarily for sorting and inspection tasks in areas in which other detection methods fail to supply reliable results or where the markings should not or must not be visible. Luminescence sensors are available for various luminescence colors and feature operating ranges up to 200 mm and have a very compact metal construction. The sensitivity adjustment is performed via potentiometer. Turnable M12 connector.
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Machine Vision System for Magnetic Luminescent Control of Wheels
The machine vision system of the wheel magnetoluminescent control unit is designed to automate the technological operation of the magnetic luminescent control in the production of railway wheels with full-profile mechanical surface treatment. The system is a hardware and software complex for presenting complete information on the tested wheel to a flaw detector operator, automatic detection of potential defects, maintaining a control protocol and interacting with the installation controller and the line database.
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GLORIA-X150A/ Xenon Light Source
Xe arc lamp light sources are the preferred artificial sources to simulate sunlight. The high color temperature (6000K) of the Xenon lamps is a close match to the solar temperature. This results in very similar solar spectra in the UV and VIS although the source has some Xe emissions lines in the near IR. Application for fluorescence, luminescence and phosphorescence, absorbance and reflectance, photochemistry, photolithography, solar simulation and so on.ct description goes here.
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TCSPC Lifetime Fluorometer
DeltaPro
The DeltaPro has taken the complexity of time correlated single photon counting (TCSPC) and made it simple and affordable. Any lab can exploit the power of fluorescence dynamics using TCSPC. This system enables the seamless measurement of luminescence lifetimes from picoseconds to 1 second, using our DeltaHub timing electronics.
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Light Source
UVM-SP-JW
Readouts of UV intensity and cumulative luminescence count are prompted either on the front panel or via the externally connected remote signal control. The UV intensity detection segment is intended to measure a specific intensity of light signals, while the cumulative luminescence count is designed to tally a cumulative count on all UV intensities measured, in conjunction with real-time calibration.
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Microscope Photoluminescence Spectrometer
Flex One
Photoluminescence (PL) is the light emission from a material under the excitation by ultraviolet, visible or near infrared radiation. In semiconductor luminescent property measurements, the sample (e.g. GaN, ZnO, GaAs etc.) was usually excited by a laser (with a wavelength of 325 nm, 532 nm, 785 nm etc.), and its PL spectrum is measured to analyze the optical physical properties, such as the band gap width etc.. Photoluminescence is a high sensitivity, non-destructive analysis method, which can provide the information about the structure, composition and surrounding atomic arrangement of materials. Therefore, it is widely used in physics, materials science, chemistry and molecular biology and other related fields.
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Automated Stand for Magnetic Luminescent Control of Railway Wheels
The amount of information processed and time constraints required the creation of a multi-level distributed image processing system based on National Instruments Compact Vision System controllers, industrial computers and workstations. During the control process, the wheel is watered with a magnetic-luminescent emulsion, magnetized and exposed to ultraviolet radiation. As a result, the emulsion deposited on the defects glows in the visible range (yellow-green light). Eleven FireWire (IEEE 1394) color cameras with a resolution of 1280 x 1024 are used to scan the wheel surface. In one iteration, they completely cover a 20-degree sector of the wheel.
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Testing for Si Solar Cells Using High Performance CCD
EL Imaging Tester
EL Testing for Si Solar Cells using High Performance CCD. The determination of luminescence (photo emissions) in solar cells is an important characterization tool. Typical solar cells often have defects which limit the efficiency or lifetime of a cell. Many of these defects are visualized with Luminescence Imaging. By using this technique, the manufacturing process can be optimized to produce better cells. Luminescence Imaging takes advantage of the radiative inter-band recombination of excited charge carriers in solar cells. The emitted photons can be captured with a sensitive CCD camera to obtain an image of the distribution of the radiative recombination in the cell. This distribution is determined by the local excitation level, allowing the detection of electrical losses, thus mapping the diffusion length of minority carriers as the emitted light is low intensity and in the near infra-red range, the CCD camera has a high sensitivity wavelength from 900 to 1100 nm with little thermal noise. This CCD camera provides excellent resolution of 1024 x 1024 pixels with a large 1μm pixel size, multi-megahertz readout speed, and robust USB 2.0 connectivity. The EL CCD Camera is the ultimate high-performance CCD camera for electroluminescence and photoluminescence imaging for Photovoltaic (PV) Cells and Modules. This camera combines low noise electronics and optimal sensitivity in NIR.
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SensLine Spectrometers
The SensLine series of products is Avantes’ response to customers who require higher performance demanding spectroscopy applications such as fluorescence, luminescence, and Raman. The SensLine product range includes several high-sensitivity, low-noise spectrometers. Several of these instruments feature back-thinned detector technology, some of which feature our high-performance, thermoelectrically cooled detectors. The other models feature standard CCDs, upgraded to high-performing instruments as a result of Avantes’ unique detector cooling technology. The back-thinned CCD detectors featured in the SensLine series are high-quantum efficiency detectors with excellent response in the ultraviolet, visible, and near-infrared range from 200 to 1160 nm.
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Photoluminescence Spectrometer
FLS1000
The FLS1000 sets the standard in both steady state and time-resolved photoluminescence spectroscopy for both fundamental research and routine laboratory applications. The system is a modular fluorescence and phosphorescence spectrometer for measuring spectra from the ultraviolet to the mid-infrared spectral range (up to 5,500 nm), and lifetimes spanning from picoseconds to seconds. All of this can be achieved through various upgrade routes, either at the time of order or in the future. Whether you are studying photophysics, photochemistry, biophysics, biochemistry, material or life sciences, the FLS1000 will enable you to reliably and accurately measure luminescence spectra and kinetics using state-of-the-art sources, detectors, acquisition techniques, quality optics and precision mechanics. The large sample chamber will house practically any type of sample accessory.
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Luminescence Defect Inspection System
INSPECTRA® PL Series
This system uses luminescent images created using photoluminescence (PL) to perform high-speed, high-sensitivity automatic inspection for crystal defects, cracks, and luminescence defects which cannot be detected with conventional visible light surface inspection!
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FLIM Camera Systems
The Excelitas pco.flim camera system consists of the pco.flim camera and pco.flim laser, with a complete frequency synthesizer, which is required for the generation of the modulation signals in the frequency domain. The pco.flim series features a high frequency modulated CMOS image sensor that enables pixel-wise measurements of sample luminescence lifetime distributions in frequency domain suitable for fluorescence lifetime imaging. At a maximum speed of 10 Hz, full luminescence lifetime distributions can be measured at 1 Mpixel resolution. With flexible coupling and easy setup, the pco.flim is an ideal choice for wide-field FD-FLIM instruments and suitable for a variety of biomedical applications requiring a large frame and high-speed acquisition.
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Laser Sources and Amplifiers
We design and manufacture a range of tunable C-band and L-band telecom laser sources, customizable fixed-wavelength laser sources, broadband super luminescent (SLED) sources, swept laser sources, and Erbium-Doped Fiber Amplifiers (EDFA).
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Long Exposure Time Imaging Cooled CCD Camera
Retiga LUMO
The Retiga LUMO CCD camera is a cooled, 6 megapixel camera that takes advantage of advanced technical features to enable detection and quantification of ultra-low light luminescence signals and for applications that require long exposure times.
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Luminescence Sensors
DK50-UV
DK50-UV luminescence sensors detect marks that blend into a background or are invisible, even on irregular backgrounds, and deliver a sensing range of 600 mm. A light spot with a small focal point allows the user to detect small parts and invisible marking down to 2.2-mm-diameter targets.
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Solar Cell PL/EL/IV 3-in-1 Testing System
VS6841
Industrial Vision Technology Pte Ltd.
This luminescence Analyzer integrates a Photoluminescence (PL), Electroluminescence (EL) , and I-V Measurement Technology, has a Device’s PL image, EL image, as well Device’s I-V characteristics in One system. It is being using to quantitatively map Minority-Carrier Lifetime, and to characterize the defect of silicon wafer & solar wafer, and measure the key parameters from solar cell I-V Curve. It is also a useful tool for scientist to develop other methodology & parameters that can be used as a promising technique for online material monitoring and process control.
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Spectrometer - OSA
HighFinesse optical spectrometers LSA and HDSA are designed to analyse the multi-line or broadband spectrum of (un-)known light sources like cw and pulsed lasers, gas discharge lamps, super luminescence diodes, semiconductor laser diodes and LEDs. They are suitable to analyze the spectrum of telecom signals, resolve Fabry-Perot modes of a gain chip, and produce a spectral measurement of gas absorption.
