Showing results: 1 - 15 of 195 items found.
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PocketHawk-NIR -
OtO Photonics Inc.
Pocket Hawk - Near-infrared Series (PH-NIR) spectrometer is built with the InGaAs linear array sensor and 32bits RISC controller. By simplification of the optical engine and specific sensor, the further miniaturized spectrometer is achieved. External MB type of PH-NIR Series can be chosen to enhance heat dissipation. The compact size and various of screw holes is very flexible for system integration.
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tec5 AG
NIR spectroscopy is a proven analytical method guaranteeing reliable and efficient process monitoring and control in a wide range of process applications.
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NIRQuest Series -
Ocean Optics, Inc.
The NIRQuest is a versatile NIR spectrometer for applications ranging from moisture detection and chemical analysis to high-resolution laser and optical fiber characterization. NIRQuest spectrometers cover the wavelength range from 900-2500 nm.
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Perten DA 7250 -
Calibre
The DA 7250 is Perten’s latest At-Line and Lab NIR analyser, providing fast and accurate results in 6 seconds. It combines outstanding analytical accuracy with speed, ease of use and ruggedness to make it an all-in-one At-Line and Lab solution for many requirements.
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Spectrolab Inc.
InGaAs PiN sensors and sensor arraysTelcordia qualified InGaAs P-I-N photodetector device dies for the telecommunication, laser power monitoring, test systemsActive area sizes from 25 μm to 1 mm.Device die characteristics with low dark current, low capacitance and high quantum efficiencyWafer capability: 2", 3" and 4" on InP substratesHigh volume and low cost production
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Red Bullet Series -
OtO Photonics Inc.
Series spectrometers consist of CMOS sensors and 8-bit 8051 microcontrollers. This series features a new concave mirror optical design with an improved integrated small, light and handy body. The CPU of RB series is 8051, which can provide shorter integration time, faster readout speed, high Accuracy of sensor trigger timing and low power consumption.
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RedSparrow -
OtO Photonics Inc.
spectrometer is constructed by MEMS technology and designed for near infrared region. It can provide high optical resolution and fast spectral response and the compact size is very flexible for system integration, portable and handheld.
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SideWinder -
OtO Photonics Inc.
spectrometer ,built with the InGaAs type sensor and high performance 32bits RISC controller in, is specially designed for long wavelengths range. The optical engine is very simple and optimized for the spectrometer. The optical bench is very rigid and stable for measurement system, especially SW series has outstanding stability of thermo-hygro variation, vibration and shock on resolution and wavelength shift performance. The compact size is very flexible for system integration.
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Acton LS 785 -
Teledyne Princeton Instruments
The Acton LS 785 is a high-throughput, lens-based spectrograph ideal for NIR spectroscopy. With a fast f/2 optical system with proprietary AR-coated lenses it is optimal for NIR transmission.
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KPM Analytics
Near-infrared (NIR) analyzers rapidly measure samples for moisture and compositional results in a wide variety of industries from ingredient and processed foods, to agriculture, feed and ingredient producers, and industrial manufacturers. Our bench NIR analyzers are designed for laboratory or at-line use and employ several robust technologies to measure moisture, protein, and fat/oil and a wide variety of other parameters such as fibers, sugar, starch, coat weight, etc.
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Perten Inframatic 8800 -
Calibre
Portable NIR Instrument for protein, moisture and oil determination in grain and oilseed. The design is rugged, robust and simple to operate, but sophisticated enough to provide accuracy similar to elevator and lab instruments.
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Perten IM9500 Plus -
Calibre
The Inframatic 9500 Plus NIR analyser is the fastest grain analyser on the market, built to meet the requirements of grain handing operations. It measures a wide range of grains and oilseeds for protein, moisture and more in 40 seconds.
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Specim -
Indatech
Push broom imaging is a technique that enables acquiring hyperspectral images or hyperspectral imaging. Each pixel of the image will thus contain an NIR or visible spectrum. This technology uses one dimension of a 2D sensor for measuring a line of the sample (x dimension).
