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    Sciencetech has a large selection of "stand alone" and "open architecture" off-the-shelf and custom made products for researchers using spectroscopy or working with photovoltaics. We offer technical staff to help with the development of custom systems for special applications. Since 1985, Sciencetech has manufactured Modular Instrumentation for Spectroscopy, TeraHertz FTIRs, Highly Collimated Large Solar Simulators, Flash and Continuous Solar Simulators, Photovoltaic Instrumentation, Quantum Efficiency and Spectral Response Systems, Spectrophotometers/radiometers, Monochromators, Detection Systems, and Light Sources to offer to the global research community through a network of representatives.

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    BSQ Solar PV Module Testing Equipment

    Sciencetech product design

    SCIENCETECH has built a reputation on custom solutions. Whether you need a small modification to an existing system or a completely novel design built from the ground up to meet your technical specifications, Sciencetech's engineering and optical design teams are ready to help.

    SCIENCETECH prides itself on our ability to build custom solutions and systems to the most exacting of specifications. Whether you need higher sensitivity, better throughput, more power, better spectral matching, higher resolution, or any other variable modified to give you exactly what you need, our team of engineers, physicists, and optical designers stand ready to provide you with a solution that will meet your technical requirements.

    SCIENCETECH'S SOLAR SIMULATORS IN ACTION - The European Commission just released an article involving the use of Sciencetech's solar simulators in their new facility. Read the full article HERE.

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    Wavelength range: 200-600nm
    Dispersion: 8nm/mm (When used with 9030 monochromator)
    $ 1,750.00
    In stock
    Wavelength range: 200-600nm
    Dispersion: 8nm/mm (When used with 9030 monochromator)
    $ 1,750.00 1750.0 USD
    Price Valid only in North America

    Wavelength range: 300-800nm
    Dispersion: 8nm/mm (When used with 9030 monochromator)
    $ 1,750.00
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    Wavelength range: 300-800nm
    Dispersion: 8nm/mm (When used with 9030 monochromator)
    $ 1,750.00 1750.0 USD
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    This Broadband Thermopile Detector allows the measurement of total broadband radiation emitted by a light source. It could also be used to measure the light power density on a surface (in W/cm2) which is particularly useful for uniformity measurements and for checking solar simulator performance. This detector has a 19mm diameter sensor and picks up all wavelengths between 190-11μm (UV-VIS-IR). Please note that this detector head requires either an external display controller or computer interface (sold separately - see below) to show the measured power. The price shown includes the detector head, post, post holder, and base only.

    This thermopile is recommended for high-powered light sources (such as focused 500W + arc lamps) and concetrator solar simulators (5 Suns +, 500 mW/cm2).
    $ 1,418.00
    In stock
    This Broadband Thermopile Detector allows the measurement of total broadband radiation emitted by a light source. It could also be used to measure the light power density on a surface (in W/cm2) which is particularly useful for uniformity measurements and for checking solar simulator performance. This detector has a 19mm diameter sensor and picks up all wavelengths between 190-11μm (UV-VIS-IR). Please note that this detector head requires either an external display controller or computer interface (sold separately - see below) to show the measured power. The price shown includes the detector head, post, post holder, and base only.

    This thermopile is recommended for high-powered light sources (such as focused 500W + arc lamps) and concetrator solar simulators (5 Suns +, 500 mW/cm2).
    $ 1,418.00 1418.0 USD
    Price Valid only in North America

    This Broadband Thermopile Detector allows the measurement of total broadband radiation emitted by a light source. It could also be used to measure the light power density on a surface (in W/cm2) which is particularly useful for uniformity measurements and for checking solar simulator performance. This detector has a 19mm diameter sensor and picks up all wavelengths between 190-11μm (UV-VIS-IR). Please note that this detector head requires either an external display controller or computer interface (sold separately) to show the measured power. The price shown includes the detector head, post, post holder, and base only. (1mW NEP).

    This thermopile is recommended for high-powered light sources (such as focused 500W + arc lamps) and concetrator solar simulators (5 Suns +, 500 mW/cm2).
    $ 1,375.00
    In stock
    This Broadband Thermopile Detector allows the measurement of total broadband radiation emitted by a light source. It could also be used to measure the light power density on a surface (in W/cm2) which is particularly useful for uniformity measurements and for checking solar simulator performance. This detector has a 19mm diameter sensor and picks up all wavelengths between 190-11μm (UV-VIS-IR). Please note that this detector head requires either an external display controller or computer interface (sold separately) to show the measured power. The price shown includes the detector head, post, post holder, and base only. (1mW NEP).

    This thermopile is recommended for high-powered light sources (such as focused 500W + arc lamps) and concetrator solar simulators (5 Suns +, 500 mW/cm2).
    $ 1,375.00 1375.0 USD
    Price Valid only in North America

    This external transmission/reflectance sample chamber can be mated to the output port of a Sciencetech FTIR system. This chamber allows small samples to be studied in both transmission and reflectance modes, at temperatures ranging from approximately -20° Celsius to room temperature. The sample chamber utilizes gold coated aspheric optics for excellent signal in the infrared and terahertz region.
    This external transmission/reflectance sample chamber can be mated to the output port of a Sciencetech FTIR system. This chamber allows small samples to be studied in both transmission and reflectance modes, at temperatures ranging from approximately -20° Celsius to room temperature. The sample chamber utilizes gold coated aspheric optics for excellent signal in the infrared and terahertz region.
    $ 18,522.00 18522.0 USD
    Price Valid only in North America

    The most powerful TeraHertz FTIR available in the mid and far IR Range, the SPS-300 is our second generation Martin-Puplett/Michelson Interferometer designed and built at Sciencetech's own facilities in London, Canada. With a wide variety of optional upgrades and components to suit any research application, the SPS-300 has been successfully used in Material Research, Biomedical, Medical, Astronomy, Aerospace, Superconductivity, Security, Defense and a wide range of other fields by distinguished customers including the European Space Agency (ESA), the National Aeronautics and Space Agency (NASA), the Max Planck Institute, the Argonne National Labs, The Canadian National Research Council, the Brookhaven National Lab, L'Institute d'Astrophysique Spatiale, Lawrence Berkeley National Lab, and many universities the world over.

    The instrument is designed for research applications and therefore features special hardware and software designed to allow the use of samples under many different research environments (High Vacuum, High & Low Temperature, High & low Pressures, High Magnetic fields, etc...) and conduct sensitive and fast "Rapid Scans" with the mirror moving continuously as the detector collects data. Sciencetech also supports the researchers with the design and manufacturing of custom made coupling devices and sophisticated sample chambers to meet specific needs.

    Please contact your authorized Sciencetech technical sales representative to discuss how we can build a FTIR designed for your technical specifications.
    The most powerful TeraHertz FTIR available in the mid and far IR Range, the SPS-300 is our second generation Martin-Puplett/Michelson Interferometer designed and built at Sciencetech's own facilities in London, Canada. With a wide variety of optional upgrades and components to suit any research application, the SPS-300 has been successfully used in Material Research, Biomedical, Medical, Astronomy, Aerospace, Superconductivity, Security, Defense and a wide range of other fields by distinguished customers including the European Space Agency (ESA), the National Aeronautics and Space Agency (NASA), the Max Planck Institute, the Argonne National Labs, The Canadian National Research Council, the Brookhaven National Lab, L'Institute d'Astrophysique Spatiale, Lawrence Berkeley National Lab, and many universities the world over.

    The instrument is designed for research applications and therefore features special hardware and software designed to allow the use of samples under many different research environments (High Vacuum, High & Low Temperature, High & low Pressures, High Magnetic fields, etc...) and conduct sensitive and fast "Rapid Scans" with the mirror moving continuously as the detector collects data. Sciencetech also supports the researchers with the design and manufacturing of custom made coupling devices and sophisticated sample chambers to meet specific needs.

    Please contact your authorized Sciencetech technical sales representative to discuss how we can build a FTIR designed for your technical specifications.
    $ 285,499.00 285499.0 USD
    Price Valid only in North America

    Sciencetech manufactures grid polarizing beam-splitters for use in the far-infrared and terahertz spectral regions. These beam splitters divide the incoming beam according to its polarization. The beam-splitter consist of very fine parallel aluminum lines spaced 2 µm apart on a thin mylar substrate. It has the widest spectral range with a higher frequency cut-off than that of other polarizers that work in the near-millimeter wavelength range.
    This particular model is 5" (12.5cm) diameter, and is the largest standard size of the IR beam-splitter polarizer Sciencetech offers. For larger or smaller sizes, or for a full list of technical specifications, please speak with your authorized Sciencetech technical sales staff member.
    $ 13,165.00
    Sciencetech manufactures grid polarizing beam-splitters for use in the far-infrared and terahertz spectral regions. These beam splitters divide the incoming beam according to its polarization. The beam-splitter consist of very fine parallel aluminum lines spaced 2 µm apart on a thin mylar substrate. It has the widest spectral range with a higher frequency cut-off than that of other polarizers that work in the near-millimeter wavelength range.
    This particular model is 5" (12.5cm) diameter, and is the largest standard size of the IR beam-splitter polarizer Sciencetech offers. For larger or smaller sizes, or for a full list of technical specifications, please speak with your authorized Sciencetech technical sales staff member.
    $ 13,165.00 13165.0 USD
    Price Valid only in North America
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