Products | Sciencetech Inc.
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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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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A system of 48 LASI units. Each LASI unit illuminates up to 0.5x0.5m with a filtered xenon short arc lamp producing 6,000K illumination.

Non-uniformity is not tested, and typical values are quoted.
LASI units are tested for spectral match compliance to ASTM E927-19 AM1.5G class C and temporal instability compliance to ASTM E927-19 class A.
LASI units include one high-quality 1.6kW xenon short arc lamp per unit purchased.

Each unit includes an integrated single-phase power supply with a touch screen interface that requires 220VAC. Systems can be operated remotely through Sciencetech PowerControl software. C++/ Python control is possible with an additional SciencetechCOM module. Labview control is possible with additional SciAX module.

In certain applications a single LASI may be used on its own. However, LASIs are best used in arrays of multiple units, as the optical performance improves when the light from multiple units overlaps.

LASI units have a mounting flange but do not include a stand to hold the LASI unit. LASI units are intended to operate vertically facing downwards. See the brochure for additional product information and available accessories.

Power requirements: 200-240 VAC, 12.1 to 9.0 A per unit.
784,400.00
In stock
A system of 48 LASI units. Each LASI unit illuminates up to 0.5x0.5m with a filtered xenon short arc lamp producing 6,000K illumination.

Non-uniformity is not tested, and typical values are quoted.
LASI units are tested for spectral match compliance to ASTM E927-19 AM1.5G class C and temporal instability compliance to ASTM E927-19 class A.
LASI units include one high-quality 1.6kW xenon short arc lamp per unit purchased.

Each unit includes an integrated single-phase power supply with a touch screen interface that requires 220VAC. Systems can be operated remotely through Sciencetech PowerControl software. C++/ Python control is possible with an additional SciencetechCOM module. Labview control is possible with additional SciAX module.

In certain applications a single LASI may be used on its own. However, LASIs are best used in arrays of multiple units, as the optical performance improves when the light from multiple units overlaps.

LASI units have a mounting flange but do not include a stand to hold the LASI unit. LASI units are intended to operate vertically facing downwards. See the brochure for additional product information and available accessories.

Power requirements: 200-240 VAC, 12.1 to 9.0 A per unit.
784,400.00 784400.0 USD
Price Valid only in North America


A system of 36 LASI units. Each LASI unit illuminates up to 0.5x0.5m with a filtered xenon short arc lamp producing 6,000K illumination.

Non-uniformity is not tested, and typical values are quoted.
LASI units are tested for spectral match compliance to ASTM E927-19 AM1.5G class C and temporal instability compliance to ASTM E927-19 class A.
LASI units include one high-quality 1.6kW xenon short arc lamp per unit purchased.

Each unit includes an integrated single-phase power supply with a touch screen interface that requires 220VAC. Systems can be operated remotely through Sciencetech PowerControl software. C++/ Python control is possible with an additional SciencetechCOM module. Labview control is possible with additional SciAX module.

In certain applications a single LASI may be used on its own. However, LASIs are best used in arrays of multiple units, as the optical performance improves when the light from multiple units overlaps.

LASI units have a mounting flange but do not include a stand to hold the LASI unit. LASI units are intended to operate vertically facing downwards. See the brochure for additional product information and available accessories.

Power requirements: 200-240 VAC, 12.1 to 9.0 A per unit.

592,200.00
In stock
A system of 36 LASI units. Each LASI unit illuminates up to 0.5x0.5m with a filtered xenon short arc lamp producing 6,000K illumination.

Non-uniformity is not tested, and typical values are quoted.
LASI units are tested for spectral match compliance to ASTM E927-19 AM1.5G class C and temporal instability compliance to ASTM E927-19 class A.
LASI units include one high-quality 1.6kW xenon short arc lamp per unit purchased.

Each unit includes an integrated single-phase power supply with a touch screen interface that requires 220VAC. Systems can be operated remotely through Sciencetech PowerControl software. C++/ Python control is possible with an additional SciencetechCOM module. Labview control is possible with additional SciAX module.

In certain applications a single LASI may be used on its own. However, LASIs are best used in arrays of multiple units, as the optical performance improves when the light from multiple units overlaps.

LASI units have a mounting flange but do not include a stand to hold the LASI unit. LASI units are intended to operate vertically facing downwards. See the brochure for additional product information and available accessories.

Power requirements: 200-240 VAC, 12.1 to 9.0 A per unit.

592,200.00 592200.0 USD
Price Valid only in North America


A system of 16 LASI units. Each LASI unit illuminates up to 0.5x0.5m with a filtered xenon short arc lamp producing 6,000K illumination.

Non-uniformity is not tested, and typical values are quoted.
LASI units are tested for spectral match compliance to ASTM E927-19 AM1.5G class C and temporal instability compliance to ASTM E927-19 class A.
LASI units include one high-quality 1.6kW xenon short arc lamp per unit purchased.

Each unit includes an integrated single-phase power supply with a touch screen interface that requires 220VAC. Systems can be operated remotely through Sciencetech PowerControl software. C++/ Python control is possible with an additional SciencetechCOM module. Labview control is possible with additional SciAX module.

In certain applications a single LASI may be used on its own. However, LASIs are best used in arrays of multiple units, as the optical performance improves when the light from multiple units overlaps.

LASI units have a mounting flange but do not include a stand to hold the LASI unit. LASI units are intended to operate vertically facing downwards. See the brochure for additional product information and available accessories.

Power requirements: 200-240 VAC, 12.1 to 9.0 A per unit.
272,400.00
In stock
A system of 16 LASI units. Each LASI unit illuminates up to 0.5x0.5m with a filtered xenon short arc lamp producing 6,000K illumination.

Non-uniformity is not tested, and typical values are quoted.
LASI units are tested for spectral match compliance to ASTM E927-19 AM1.5G class C and temporal instability compliance to ASTM E927-19 class A.
LASI units include one high-quality 1.6kW xenon short arc lamp per unit purchased.

Each unit includes an integrated single-phase power supply with a touch screen interface that requires 220VAC. Systems can be operated remotely through Sciencetech PowerControl software. C++/ Python control is possible with an additional SciencetechCOM module. Labview control is possible with additional SciAX module.

In certain applications a single LASI may be used on its own. However, LASIs are best used in arrays of multiple units, as the optical performance improves when the light from multiple units overlaps.

LASI units have a mounting flange but do not include a stand to hold the LASI unit. LASI units are intended to operate vertically facing downwards. See the brochure for additional product information and available accessories.

Power requirements: 200-240 VAC, 12.1 to 9.0 A per unit.
272,400.00 272400.0 USD
Price Valid only in North America


Sciencetech’s FSSP-HC-A highly collimated flash solar simulator is capable of illuminating targets up to 1.8 × 1.5m (or 1.5m diameter) with highly collimated light (up to 0.5° half angle). This allows testing of concentrated photovoltaics (CPV) or other applications requiring extremely high collimation. Within the illuminated area, the central 1 × 1m or larger meets Class A uniformity requirements. Please speak with your Sciencetech technical support staff for Class A uniformity matching over the entire illumination area. The default spectral match is to ASTM AM1.5D.

This product includes a flash system, power supply, collimating mirror, and lamp. Air mass filters are available separately (AM1.5D and AM1.5G, with additional filters available upon request). Available accessories include IV measurement systems, pre-configured host computers, and sample holding and cooling options. Please inquire with Sciencetech technical support staff about our automation and assembly line manufacturing partners.

Spectral Match: Class A
Spatial Non-Uniformity: Class A (Central 1m × 1m)
Temporal Instability: Class A
Target Size: 1.8m × 1.5m (1 Sun)
Working Distance: 5m
Pulse Length: 500µs at 90% of peak intensity, and 2.5ms at 50% of peak intensity
Collimation: 0.5° half angle
150,000.00
In stock
Sciencetech’s FSSP-HC-A highly collimated flash solar simulator is capable of illuminating targets up to 1.8 × 1.5m (or 1.5m diameter) with highly collimated light (up to 0.5° half angle). This allows testing of concentrated photovoltaics (CPV) or other applications requiring extremely high collimation. Within the illuminated area, the central 1 × 1m or larger meets Class A uniformity requirements. Please speak with your Sciencetech technical support staff for Class A uniformity matching over the entire illumination area. The default spectral match is to ASTM AM1.5D.

This product includes a flash system, power supply, collimating mirror, and lamp. Air mass filters are available separately (AM1.5D and AM1.5G, with additional filters available upon request). Available accessories include IV measurement systems, pre-configured host computers, and sample holding and cooling options. Please inquire with Sciencetech technical support staff about our automation and assembly line manufacturing partners.

Spectral Match: Class A
Spatial Non-Uniformity: Class A (Central 1m × 1m)
Temporal Instability: Class A
Target Size: 1.8m × 1.5m (1 Sun)
Working Distance: 5m
Pulse Length: 500µs at 90% of peak intensity, and 2.5ms at 50% of peak intensity
Collimation: 0.5° half angle
150,000.00 150000.0 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.
143,610.00 143610.0 USD
Price Valid only in North America


Sciencetech’s FSSP-HC-B highly collimated flash solar simulator is capable of illuminating targets up to 1.8 x 1.5m (or 1.5m diameter) with highly collimated light (up to 0.5° half angle). This allows testing of concentrated photovoltaics (CPV) or other applications requiring extremely high collimation.

This product includes a power supply, collimating mirror, and lamp. Air mass filters are available separately (AM1.5D and AM1.5G, with additional filters available upon request). Available accessories include IV measurement systems, pre-configured host computers, and sample holding and cooling options. Please inquire with Sciencetech technical support staff about our automation and assembly line manufacturing partners.

Spectral Match: Class A
Spatial Non-Uniformity: Class B
Temporal Instability: Class A
Target Size: 1.8m × 1.5m (1 Sun)
Working Distance: 5m
Pulse Length: 500µs at 90% of peak intensity, and 2.5ms at 50% of peak intensity
Collimation: 0.5° half angle
130,000.00
In stock
Sciencetech’s FSSP-HC-B highly collimated flash solar simulator is capable of illuminating targets up to 1.8 x 1.5m (or 1.5m diameter) with highly collimated light (up to 0.5° half angle). This allows testing of concentrated photovoltaics (CPV) or other applications requiring extremely high collimation.

This product includes a power supply, collimating mirror, and lamp. Air mass filters are available separately (AM1.5D and AM1.5G, with additional filters available upon request). Available accessories include IV measurement systems, pre-configured host computers, and sample holding and cooling options. Please inquire with Sciencetech technical support staff about our automation and assembly line manufacturing partners.

Spectral Match: Class A
Spatial Non-Uniformity: Class B
Temporal Instability: Class A
Target Size: 1.8m × 1.5m (1 Sun)
Working Distance: 5m
Pulse Length: 500µs at 90% of peak intensity, and 2.5ms at 50% of peak intensity
Collimation: 0.5° half angle
130,000.00 130000.0 USD
Price Valid only in North America


The PTS-4-SSP is Sciencetech’s flagship measurement system. The PTS-4 includes all the measurement extensive measurement tools and capabilities of the PTS 1,2 and 3 and adds the powerful Steady State Photoconductivity (SSP) method. Steady state photoconductivity (SSP) measurements give information about the nature of defects, mobility-lifetime products, and the transport and recombination kinetics of photogenerated carriers. Since the states between quasi-Fermi levels act predominantly as recombination centres, steady state photoconductivity is sensitive to both the density and the nature of these states.

The PTS-4-SSP uses the PTS integrated monochromatic light source to perform steady state photoconductivity measurements. To perform SSP measurements the incident flux is first measured using the provided calibrated reference detector in AC mode. After system calibration is performed the light source chopper is turned off and set to the open position for DC measurements.

Under DC illumination the photocurrent is measured at each wavelength using the included electrometer.

A relative value for the absorption coefficient can be obtained from studies of the sample using the included CPM technique.

Reflectivity measurements are not included with the system and are generally performed using a secondary instrument.

The volume generation rate can be calculated from the measured values of incident flux, the sample thickness, relative absorption coefficient and reflectivity profile. With measurements of the photocurrent and volume generation rate the steady state photoconductivity can be determined.

Please speak to a Sciencetech Technical Specialist for further information.

PTS-4-SSP Includes:

-IV Testing
-Spectral Response
-Quantum Efficiency/IPCE
-CPM Measurements
-SSP Measurements

This system includes 4 IEC 60320 C13 compatible power cables. Region-specific version must be selected at the time of placing an order (see product 491-9001).
124,500.00
In stock
The PTS-4-SSP is Sciencetech’s flagship measurement system. The PTS-4 includes all the measurement extensive measurement tools and capabilities of the PTS 1,2 and 3 and adds the powerful Steady State Photoconductivity (SSP) method. Steady state photoconductivity (SSP) measurements give information about the nature of defects, mobility-lifetime products, and the transport and recombination kinetics of photogenerated carriers. Since the states between quasi-Fermi levels act predominantly as recombination centres, steady state photoconductivity is sensitive to both the density and the nature of these states.

The PTS-4-SSP uses the PTS integrated monochromatic light source to perform steady state photoconductivity measurements. To perform SSP measurements the incident flux is first measured using the provided calibrated reference detector in AC mode. After system calibration is performed the light source chopper is turned off and set to the open position for DC measurements.

Under DC illumination the photocurrent is measured at each wavelength using the included electrometer.

A relative value for the absorption coefficient can be obtained from studies of the sample using the included CPM technique.

Reflectivity measurements are not included with the system and are generally performed using a secondary instrument.

The volume generation rate can be calculated from the measured values of incident flux, the sample thickness, relative absorption coefficient and reflectivity profile. With measurements of the photocurrent and volume generation rate the steady state photoconductivity can be determined.

Please speak to a Sciencetech Technical Specialist for further information.

PTS-4-SSP Includes:

-IV Testing
-Spectral Response
-Quantum Efficiency/IPCE
-CPM Measurements
-SSP Measurements

This system includes 4 IEC 60320 C13 compatible power cables. Region-specific version must be selected at the time of placing an order (see product 491-9001).
124,500.00 124500.0 USD
Price Valid only in North America


The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

Specifications
AM1.5G Spectral Match: Class A
AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
Spatial Non-Uniformity: Class C
Temporal Instability: Class A
Target Size: 200 × 200 mm
Working Distance: 1-3 m
Maximum Irradiance: 8.0 Suns (AM0), 10 Suns (AM1.5G), 15 Suns (Unfiltered)
Collimation (half angle): 0.1 - 0.5 m
Lamp Power: 6500 W
Illumination Direction: Horizontal (beam turner available)
Standard for Classification: ASTM E927-19

The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HFL variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

This system includes 1 power cable.
The cable requires 380-480VAC, 3 Phase, 50/60 Hz, 17A (max current), L16-30 plug.
118,000.00
The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

Specifications
AM1.5G Spectral Match: Class A
AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
Spatial Non-Uniformity: Class C
Temporal Instability: Class A
Target Size: 200 × 200 mm
Working Distance: 1-3 m
Maximum Irradiance: 8.0 Suns (AM0), 10 Suns (AM1.5G), 15 Suns (Unfiltered)
Collimation (half angle): 0.1 - 0.5 m
Lamp Power: 6500 W
Illumination Direction: Horizontal (beam turner available)
Standard for Classification: ASTM E927-19

The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HFL variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

This system includes 1 power cable.
The cable requires 380-480VAC, 3 Phase, 50/60 Hz, 17A (max current), L16-30 plug.
118,000.00 118000.0 USD
Price Valid only in North America


Sciencetech’s FSSC flash solar simulator is designed to illuminate small photovoltaic devices up to 5cm × 5cm in size with up to 4000 Suns peak intensity. The default spectral match is to ASTM AM1.5G, using a heavy-duty xenon flash lamp and spectral filtering. The flash is 500µs at 90% of peak intensity, and 2.5ms at 50% of peak intensity, but pulse stretching options are available for longer, flatter pulses (purchased separately). The uniformity of the system is better than 2% at the target plane.

This product includes a flash system, power supply, and lamp. Air mass filters are sold separately (AM1.5G). Other filters are available at additional cost. Available accessories include IV measurement systems, pre-configured host computers, and sample holding and cooling options.

Spectral Match: Class A
Spatial Non-Uniformity: Better than 2% at the target plane
Temporal Instability: Class A
Target Size: 5cm × 5cmm (up to 4000 Suns)
Working Distance: 3mm
Pulse Length: 500µs at 90% of peak intensity, and 2.5ms at 50% of peak intensity
Collimation: Non-collimated
109,620.00
In stock
Sciencetech’s FSSC flash solar simulator is designed to illuminate small photovoltaic devices up to 5cm × 5cm in size with up to 4000 Suns peak intensity. The default spectral match is to ASTM AM1.5G, using a heavy-duty xenon flash lamp and spectral filtering. The flash is 500µs at 90% of peak intensity, and 2.5ms at 50% of peak intensity, but pulse stretching options are available for longer, flatter pulses (purchased separately). The uniformity of the system is better than 2% at the target plane.

This product includes a flash system, power supply, and lamp. Air mass filters are sold separately (AM1.5G). Other filters are available at additional cost. Available accessories include IV measurement systems, pre-configured host computers, and sample holding and cooling options.

Spectral Match: Class A
Spatial Non-Uniformity: Better than 2% at the target plane
Temporal Instability: Class A
Target Size: 5cm × 5cmm (up to 4000 Suns)
Working Distance: 3mm
Pulse Length: 500µs at 90% of peak intensity, and 2.5ms at 50% of peak intensity
Collimation: Non-collimated
109,620.00 109620.0 USD
Price Valid only in North America


The PTS-3-PTD has the same capabilities to measure IV, Spectral Response, and Quantum Efficiency as the PTS-1 and PTS-2 systems, but adds the powerful photothermal deflection spectroscopy (PDS) method allowing for the direct measurement of the sub-gap absorption of the sample by utilizing the mirage effect. Please speak to a Sciencetech Technical Specialist for further information.
PTS-3-PTD Includes:
-IV Testing
-Spectral Response
-Quantum Efficiency/IPCE
-PDS Measurements

This system includes 2 IEC 60320 C13 compatible power cables. Region-specific version must be selected at the time of placing an order (see product 491-9001).
94,750.00
In stock
The PTS-3-PTD has the same capabilities to measure IV, Spectral Response, and Quantum Efficiency as the PTS-1 and PTS-2 systems, but adds the powerful photothermal deflection spectroscopy (PDS) method allowing for the direct measurement of the sub-gap absorption of the sample by utilizing the mirage effect. Please speak to a Sciencetech Technical Specialist for further information.
PTS-3-PTD Includes:
-IV Testing
-Spectral Response
-Quantum Efficiency/IPCE
-PDS Measurements

This system includes 2 IEC 60320 C13 compatible power cables. Region-specific version must be selected at the time of placing an order (see product 491-9001).
94,750.00 94750.0 USD
Price Valid only in North America


The PTS-3-DBM has the same ability to measure IV, spectral response, and quantum efficiency as the PTS-1 and PTS-2 systems, but adds the powerful technique of the dual beam photocurrent (DBM) method. The DBM system is based on maintaining constant photocurrent over the range of photon energy to get constant quasi-Fermi levels. Furthermore, the DBM system has the additional capability to vary the bias light source intensity. This changes the electron-hole and quasi-Fermi levels to yield additional information about defect states. Please speak to a Sciencetech Technical Specialist for further information.
PTS-3-DBM Includes:
-IV Testing
-Spectral Response
-Quantum Efficiency/IPCE
-DBM Measurements

This system includes 2 IEC 60320 C13 compatible power cables. Region-specific version must be selected at the time of placing an order (see product 491-9001).
93,800.00
In stock
The PTS-3-DBM has the same ability to measure IV, spectral response, and quantum efficiency as the PTS-1 and PTS-2 systems, but adds the powerful technique of the dual beam photocurrent (DBM) method. The DBM system is based on maintaining constant photocurrent over the range of photon energy to get constant quasi-Fermi levels. Furthermore, the DBM system has the additional capability to vary the bias light source intensity. This changes the electron-hole and quasi-Fermi levels to yield additional information about defect states. Please speak to a Sciencetech Technical Specialist for further information.
PTS-3-DBM Includes:
-IV Testing
-Spectral Response
-Quantum Efficiency/IPCE
-DBM Measurements

This system includes 2 IEC 60320 C13 compatible power cables. Region-specific version must be selected at the time of placing an order (see product 491-9001).
93,800.00 93800.0 USD
Price Valid only in North America


The PTS-3-CPM allows users the same ability to measure IV, Spectral Response, and Quantum Efficiency as the PTS-1 and PTS-2, but adds the powerful Constant Photocurrent Method (CPM). The CPM system illuminates the sample solar sell with a bias solar light source while a separate light source is modulated to cover a specified spectrum. The bias source ensures that the signal is not dominated by the non-linear response at low-level illumination, but rather gives a baseline response dependent on the wavelength of the modulated source. This allows for a highly precise measurement of defect density. Please speak with a Sciencetech Technical Specialist for more information.
PTS-3-CPM Includes:
-IV Testing
-Spectral Response
-Quantum Efficiency/IPCE
-CPM Measurements

This system includes 3 IEC 60320 C13 compatible power cables. Region-specific version must be selected at the time of placing an order (see product 491-9001).
92,500.00
In stock
The PTS-3-CPM allows users the same ability to measure IV, Spectral Response, and Quantum Efficiency as the PTS-1 and PTS-2, but adds the powerful Constant Photocurrent Method (CPM). The CPM system illuminates the sample solar sell with a bias solar light source while a separate light source is modulated to cover a specified spectrum. The bias source ensures that the signal is not dominated by the non-linear response at low-level illumination, but rather gives a baseline response dependent on the wavelength of the modulated source. This allows for a highly precise measurement of defect density. Please speak with a Sciencetech Technical Specialist for more information.
PTS-3-CPM Includes:
-IV Testing
-Spectral Response
-Quantum Efficiency/IPCE
-CPM Measurements

This system includes 3 IEC 60320 C13 compatible power cables. Region-specific version must be selected at the time of placing an order (see product 491-9001).
92,500.00 92500.0 USD
Price Valid only in North America


The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

Specifications
AM1.5G Spectral Match: Class A
AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
Spatial Non-Uniformity: Class C
Temporal Instability: Class A
Target Size: 500 × 500 mm
Working Distance: 0.2-1.0 m
Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
Collimation (half angle): <20 degrees
Lamp Power: 6500 W
Illumination Direction: Horizontal (beam turner available)
Standard for Classification: ASTM E927-19

The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HFL variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

This system includes 1 power cable.
The cable requires 380-480VAC, 3 Phase, 50/60 Hz, 17A (max current), L16-30 plug.
89,800.00
The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

Specifications
AM1.5G Spectral Match: Class A
AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
Spatial Non-Uniformity: Class C
Temporal Instability: Class A
Target Size: 500 × 500 mm
Working Distance: 0.2-1.0 m
Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
Collimation (half angle): <20 degrees
Lamp Power: 6500 W
Illumination Direction: Horizontal (beam turner available)
Standard for Classification: ASTM E927-19

The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HFL variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

This system includes 1 power cable.
The cable requires 380-480VAC, 3 Phase, 50/60 Hz, 17A (max current), L16-30 plug.
89,800.00 89800.0 USD
Price Valid only in North America


The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

Specifications
AM1.5G Spectral Match: Class A
AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
Spatial Non-Uniformity: Class A
Temporal Instability: Class A
Target Size: 320 mm diameter
Working Distance: 1-3 m
Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
Collimation (half angle): <8 degrees
Lamp Power: 6500 W
Illumination Direction: Horizontal (beam turner available)
Standard for Classification: ASTM E927-19

The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HFL variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

This system includes 1 power cable.
The cable requires 380-480VAC, 3 Phase, 50/60 Hz, 17A (max current), L16-30 plug.
82,700.00
The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

Specifications
AM1.5G Spectral Match: Class A
AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
Spatial Non-Uniformity: Class A
Temporal Instability: Class A
Target Size: 320 mm diameter
Working Distance: 1-3 m
Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
Collimation (half angle): <8 degrees
Lamp Power: 6500 W
Illumination Direction: Horizontal (beam turner available)
Standard for Classification: ASTM E927-19

The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HFL variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

This system includes 1 power cable.
The cable requires 380-480VAC, 3 Phase, 50/60 Hz, 17A (max current), L16-30 plug.
82,700.00 82700.0 USD
Price Valid only in North America


The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

Specifications
AM1.5G Spectral Match: Class A
AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
Spatial Non-Uniformity: Class C
Temporal Instability: Class A
Target Size: 320 mm diameter
Working Distance: 1-3 m
Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
Collimation (half angle): 0.9 degrees
Lamp Power: 6500 W
Illumination Direction: Horizontal (beam turner available)
Standard for Classification: ASTM E927-19

The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HFL variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

This system includes 1 power cable.
The cable requires 380-480VAC, 3 Phase, 50/60 Hz, 17A (max current), L16-30 plug.
82,700.00
The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

Specifications
AM1.5G Spectral Match: Class A
AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
Spatial Non-Uniformity: Class C
Temporal Instability: Class A
Target Size: 320 mm diameter
Working Distance: 1-3 m
Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
Collimation (half angle): 0.9 degrees
Lamp Power: 6500 W
Illumination Direction: Horizontal (beam turner available)
Standard for Classification: ASTM E927-19

The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HFL variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

This system includes 1 power cable.
The cable requires 380-480VAC, 3 Phase, 50/60 Hz, 17A (max current), L16-30 plug.
82,700.00 82700.0 USD
Price Valid only in North America


The 9150 is Sciencetech's largest monochromator with a 1.5m focal length. Under optimum conditions with a 2400 l/mm grating it can achieve a resolution of 0.004 nm in single pass mode. 9150SD includes an optical module that allows the unit to be configured in a double pass mode as well, effectively doubling the focal length to 3m and achievable resolution to 0.002 nm. It utilizes large 102 x 102 mm gratings for high light throughput (f/12 aperture). The 9150SD accommodates one grating on a removable, kinematic mount that allows the user to manually swap one grating for another without losing alignment.
For additional information, please see the technical datasheet.

73,518.00
In stock
The 9150 is Sciencetech's largest monochromator with a 1.5m focal length. Under optimum conditions with a 2400 l/mm grating it can achieve a resolution of 0.004 nm in single pass mode. 9150SD includes an optical module that allows the unit to be configured in a double pass mode as well, effectively doubling the focal length to 3m and achievable resolution to 0.002 nm. It utilizes large 102 x 102 mm gratings for high light throughput (f/12 aperture). The 9150SD accommodates one grating on a removable, kinematic mount that allows the user to manually swap one grating for another without losing alignment.
For additional information, please see the technical datasheet.

73,518.00 73518.0 USD
Price Valid only in North America


A system of 4 LASI units. Each LASI unit illuminates up to 0.5x0.5m with a filtered xenon short arc lamp producing 6,000K illumination.

Non-uniformity is not tested, and typical values are quoted.
LASI units are tested for spectral match compliance to ASTM E927-19 AM1.5G class C and temporal instability compliance to ASTM E927-19 class A.
LASI units include one high-quality 1.6kW xenon short arc lamp per unit purchased.

Each unit includes an integrated single-phase power supply with a touch screen interface that requires 220VAC. Systems can be operated remotely through Sciencetech PowerControl software. C++/ Python control is possible with an additional SciencetechCOM module. Labview control is possible with additional SciAX module.

In certain applications a single LASI may be used on its own. However, LASIs are best used in arrays of multiple units, as the optical performance improves when the light from multiple units overlaps.

LASI units have a mounting flange but do not include a stand to hold the LASI unit. LASI units are intended to operate vertically facing downwards. See the brochure for additional product information and available accessories.

Power requirements: 200-240 VAC, 12.1 to 9.0 A per unit.
72,360.00
In stock
A system of 4 LASI units. Each LASI unit illuminates up to 0.5x0.5m with a filtered xenon short arc lamp producing 6,000K illumination.

Non-uniformity is not tested, and typical values are quoted.
LASI units are tested for spectral match compliance to ASTM E927-19 AM1.5G class C and temporal instability compliance to ASTM E927-19 class A.
LASI units include one high-quality 1.6kW xenon short arc lamp per unit purchased.

Each unit includes an integrated single-phase power supply with a touch screen interface that requires 220VAC. Systems can be operated remotely through Sciencetech PowerControl software. C++/ Python control is possible with an additional SciencetechCOM module. Labview control is possible with additional SciAX module.

In certain applications a single LASI may be used on its own. However, LASIs are best used in arrays of multiple units, as the optical performance improves when the light from multiple units overlaps.

LASI units have a mounting flange but do not include a stand to hold the LASI unit. LASI units are intended to operate vertically facing downwards. See the brochure for additional product information and available accessories.

Power requirements: 200-240 VAC, 12.1 to 9.0 A per unit.
72,360.00 72360.0 USD
Price Valid only in North America


Class: AAA (ASTM E927-10)
Non-uniformity < 3% over 36 measurement locations
Collimation Angle: 2.2º half angle
Target Size: 300mm x 300 mm
Working Distance: 650mm +/- 100mm
Integrated touch screen control unit
RS232 interface and software for remote operation included
Includes air mass filter AM1.5G (160-8023) and computer-controlled shutter.

Requires 220-240V/ 50/60Hz, 7.5-6.3A, Fused 15A, 250V
This system includes 1 IEC 60320 C19 compatible power cable. Region-specific version must be selected at the time of placing an order (see product 491-9003).
70,125.00
In stock
Class: AAA (ASTM E927-10)
Non-uniformity < 3% over 36 measurement locations
Collimation Angle: 2.2º half angle
Target Size: 300mm x 300 mm
Working Distance: 650mm +/- 100mm
Integrated touch screen control unit
RS232 interface and software for remote operation included
Includes air mass filter AM1.5G (160-8023) and computer-controlled shutter.

Requires 220-240V/ 50/60Hz, 7.5-6.3A, Fused 15A, 250V
This system includes 1 IEC 60320 C19 compatible power cable. Region-specific version must be selected at the time of placing an order (see product 491-9003).
70,125.00 70125.0 USD
Price Valid only in North America


The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

Specifications
AM1.5G Spectral Match: Class A
AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
Spatial Non-Uniformity: Class B
Temporal Instability: Class A
Target Size: 150 mm diameter
Working Distance: 1-3 m
Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
Collimation (half angle): < 0.9 degrees
Lamp Power: 2500 W
Illumination Direction: Horizontal (beam turner available)
Standard for Classification: ASTM E927-19

The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HFL variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

This system includes 1 power cable.
The cable requires 200-240VAC, 50/60 Hz, 20A (max current), L6-30 plug.
69,500.00
The SLP series of solar simulators are a highly flexible, highly customizable design that utilizes a light pipe to homogenize the beam. Available in AM0 or AM1.5G spectral matches as standard (select at the time of ordering), this system can be configured for additional spectral filtering, including custom filters.

Specifications
AM1.5G Spectral Match: Class A
AM0 Spectral Match: Class A 350-1100 nm, Class C 1100-1400 nm
Spatial Non-Uniformity: Class B
Temporal Instability: Class A
Target Size: 150 mm diameter
Working Distance: 1-3 m
Maximum Irradiance: 1.0 Suns (AM0), 1.2 Suns (AM1.5G), 1.5 Suns (Unfiltered)
Collimation (half angle): < 0.9 degrees
Lamp Power: 2500 W
Illumination Direction: Horizontal (beam turner available)
Standard for Classification: ASTM E927-19

The COL variations focus on high collimation, the HOM variations on best spatial non-uniformity, the HFL variations on high irradiance, and the LA variations on the most efficient large-area coverage. Each version can be modified to balance the most critical features. Please contact our sales team for more information about modifications and accessories.

Each SLP includes a lamp housing, power supply, arc lamp, air mass filter, standard fixed frame, and testing report.

This system includes 1 power cable.
The cable requires 200-240VAC, 50/60 Hz, 20A (max current), L6-30 plug.
69,500.00 69500.0 USD
Price Valid only in North America


The 9150 is Sciencetech's longest single path length monochromator with a 1.5 m focal length. Under optimum conditions with a 2400 l/mm grating it can achieve a resolution of 0.004 nm in single pass mode. This model of monochromator accomodates a grating on a removable kinematic mount, allowing the user to manually swap one grating for another without losing alignment. Please note that this product includes one slit, but does not include any additional slits or a grating. These must be purchased separately. Please speak with a technical sales member for assistance in selecting the right components for your system.
Please see the technical datasheet for additional information.
61,057.00
In stock
The 9150 is Sciencetech's longest single path length monochromator with a 1.5 m focal length. Under optimum conditions with a 2400 l/mm grating it can achieve a resolution of 0.004 nm in single pass mode. This model of monochromator accomodates a grating on a removable kinematic mount, allowing the user to manually swap one grating for another without losing alignment. Please note that this product includes one slit, but does not include any additional slits or a grating. These must be purchased separately. Please speak with a technical sales member for assistance in selecting the right components for your system.
Please see the technical datasheet for additional information.
61,057.00 61057.0 USD
Price Valid only in North America
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