This device is designed to be coupled to one of Sciencetech's IV Test systems. The Load Booster is inserted between the Keithley and the device under test with the Keithley current range set to 0.1A and used in remote (4 wire) sensing mode. The Load Booster effectively expands the IV testing current range.
Load Boosters may only be used in pulsed mode operation. They cannot be used for continuous illumination and measurement.
Voltage Range: 200V
Current Range: 10A

$ 5,000.00

The Sciencetech Polarizing variable frequency optical chopper is used with the detectors during Martin-Puplett mode. The chopper is positioned in front of the output port, and captures the output at 45 degrees from the two planes of polarization. This facilitates the retrieval of the Fourier Transform Interferogram during M-P mode. The chopper itself is designed for high stability and a broad range of frequency control (from 0.5Hz to 100Hz). The price includes the servo motor and software controller.

$ 4,908.00

The SCI-SCC12-L cell chuck is an economical way of providing temperature control and electrical connection to your test cells. It has a conductive tin-plated copper base plate (gold plating available) and is compatible with all of Sciencetech's probe systems. The cell chuck is capable of vacuum hold-down (vacuum pump sold separately) and requires an external system to provide liquid cooling or heating that can heat or cool your test cells between 1 and 80 ºC.

This model requires a water recirculator (for cooling only) or temperature control unit for temperature control (both sold separately).

Working Area: 12" x 12"
Temperature Range: 1 – 80 ºC
Power Input: 115-240VAC
Power Usage: 2W
Options: Vacuum Pump and Water Recirculator or Temperature Control Unit

$ 4,900.00

Sciencetech's new 611 series power supplies are designed to work with Sciencetech XLH series lamp houses. Includes a USB to serial adapter.
The 611-1k is designed to power 1000W Xenon and Hg-Xenon arc lamps. The 611-1k power supply is CE compliant.
The 611 power supply includes a touchscreen interface and several useful built in components:
- Lamp life timer
- Powers and controls Sciencetech XLH lamp house fans
- Shutter and exposure controller
- RS232 Computer Control
- Safety interlock (optional upgrade)
- Temperature monitor (optional upgrade)
- Monitor Output (optional upgrade)
- Auto Lamp Start (optional upgrade)

Power Requirements
200-240 VAC input, 7.5-6.3A, 50/60Hz, Fused 15A
Includes 1 IEC 60320 C19 compatible power cable, select compatible cable for your region.


Please see the technical datasheet for more information.

$ 4,875.00

The Sciencetech 500-1K is a variable DC power supply for Xenon (Xe) and Mercury Xenon (Hg-Xe) arc lamps from 500 W to 1kW. It can drive lamps with a voltage of up to 25V and currents up to 50A. This power supply can be used with an internal or external igniter (not included). This power supply is compatible with FS-02 optical feedback unit.
This power supply is compatible with Sciencetech models 200-1K and 201-1K arc lamp housings.

Digital display: power in watts, current in amps, voltage in volts
Manual current adjustment
Operates as a constant current source

As the current setting is adjustable, the actual value of power, voltage or current of the lamp is shown on a LCD digital display.
Input Voltage Requirements
Please note that this power supply requires 100-240VAC input voltage with line current 12A from input voltage 115V line or line current 6A from 240V line.
Preliminary Specifications
Input Voltage: 100VAC-240VAC
Power: 500W-1KW
Output Current: 10A-50A

Boost Voltage: 250V
Boost Energy: 10 Joules
Ignition Voltage: >30KV (~1usec rise time)
Ignition Energy: 0.5 Joules

Lamp Connectors: PS50GR/PS50GB Superior Electric Supercon

Line Regulation: <0.02% of maximum output current
Current Regulation: <0.5% of maximum output current
Current Ripple: <0.5% of maximum output current
Power Limit: Limited to maximum power with power fold-back circuit
Power factor correction: >98%
Overall efficiency: >80%
Input line frequency range: 47-63Hz

Operating Temp: 0 to 40
Storage: -25 to 85
Humidity: 0 to 95% non-condensing

Cooling: Forced air with internal fans

Weight: 6kg
Size: 5.5” (H) x 13” x 17”
Rack mountable standard

$ 4,875.00

Processor Upgrade for IM6 series
-ColdFire CPU board with USB-interface
-Slot covers, USB cable
-HD removal & backup (if possible)
-Factory calibration
-ThalesXT software
-System is controlled by a Windows7/8/10-PC (not included)

For pricing information, please request a quotation from sales@sciencetech-inc.com.

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Sciencetech manufactures grid polarizing beam-splitters for use in the far-infrared and terahertz spectral regions. These beamsplitters divide the incoming beam according to its polarization. The beam-splitter consist of very fine parallel aluminum lines spaced 4 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 4" (10cm) diameter, and is the second largest 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.

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The 9030DS consists of two 100 mm scanning monochromators placed in series in subtractive mode. Bandpass is determined by the width of an intermediate slit, but the 9030DS has a net output dispersion of zero because the monochromators are optically coupled so that the dispersion of the second grating cancels that of the first. This leads to homogenized wavelengths at the output port - there is no spectrum, only a single undispersed slit image - which allows the unit to act as a tunable bandpass or notch filter.

Stray light of all sorts is drastically reduced in a double monochromator, and in the 9030DS it is further minimized by the use of concave holographic gratings. It is ideal for applications where stray light is a problem - where there may be a strong scattered background, such as in spectroradiometry, Raman or UV measurements of solar radiation.

The 9030DS can be used as a tunable notch filter to remove one particular wavelength while allowing all others over the bandpass to pass through, making it an ideal instrument to pre-filter out the strong laser excitation wavelength in a Fluorescence or Raman system so that the weaker output signals can be observed.

The 9030DS is a fully integrated unit with the two diffraction gratings coupled mechanically for accurate positioning, adjusted manually using a thumb-wheel. A variety of fixed slit widths is available. It can be upgraded to be motorized and controlled by a computer with the 9030 Motorized Upgrade. Only one motor and drive unit is required for both monochromators, enabling control via Sciencetech Sci-Mono Active-X library or full featured Sci-Spec software.

The Model 9030DS can also be used to pass or filter out several selected wavelengths by using a custom intermediate multi-slit mask instead of a single width intermediate slit. Mirror coatings have been chosen for this model to enhance performance in the UV-VIS region. Please contact a Sciencetech Applications Specialist for such custom wavelength filtering.

$ 4,628.00

The 9030DA double additive monochromator consists of two 9030 monochromators placed in series. Stray light is drastically reduced in a double monochromator, and in the 9030DA it is further minimized by the use of concave holographic gratings. The inbound light is dispersed by the first grating and again by the second. Both gratings rotate simultaneously in the same direction, and in the DA the monochromators are coupled so that the dispersion is double that of a single 9030 monochromator. Bandpass is half of the corresponding 9030 monochromator for the same output slit, and resolution using a 100 µm slit is 0.4 nm.
Mirror coatings have been chosen for this model to enhance performance in the UV-VIS region.

$ 4,628.00

The 9030DA double additive monochromator consists of two 9030 monochromators placed in series. Stray light is drastically reduced in a double monochromator, and in the 9030DA it is further minimized by the use of concave holographic gratings. The inbound light is dispersed by the first grating and again by the second. Both gratings rotate simultaneously in the same direction, and in the DA the monochromators are coupled so that the dispersion is double that of a single 9030 monochromator. Bandpass is half of the corresponding 9030 monochromator for the same output slit, and resolution using a 100 µm slit is 0.4 nm.
This includes one set of standard slits, but the grating must be selected/specified separately.
Mirror coatings have been chosen for this model to enhance performance in the VIS-NIR region.

$ 4,628.00

The 9030DS consists of two 100 mm scanning monochromators placed in series in subtractive mode. Bandpass is determined by the width of an intermediate slit, but the 9030DS has a net output dispersion of zero because the monochromators are optically coupled so that the dispersion of the second grating cancels that of the first. This leads to homogenized wavelengths at the output port - there is no spectrum, only a single undispersed slit image - which allows the unit to act as a tunable bandpass or notch filter.
Stray light of all sorts is drastically reduced in a double monochromator, and in the 9030DS it is further minimized by the use of concave holographic gratings. It is ideal for applications where stray light is a problem - where there may be a strong scattered background, such as in spectroradiometry, Raman or UV measurements of solar radiation.
This price includes a standard set of slits including a standard intermediate (inverted) slit, but does not include gratings. We also offer customized intermediate (inverted) slits; please speak with your authorized Sciencetech technical support staff member.
Please see technical datasheet for additional information.

$ 4,628.00

The PMUX-P is configured for sequentially measuring through up to 16 segments of segmented electrodes, e.g., of a fuel cell. For that application, a PP series potentiostat or an EL series electronic load is used for loading all segments except the one which is measured. The measurement is done by the internal ZENNIUM potentiostat. The software carries out sequential measurements through all segments of the fuel cell. With one PMUX-P these are up to 16 segments. Up to 4 PMUX-P modules can be stacked for a total of up to 64 segments. Both, the PP/EL and the ZENNIUM potentiostat have to be connected to the PMUX-P.

-Up to 64 channel segmented cells

For pricing information, please request a quotation from sales@sciencetech-inc.com.

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9072S is a small 1/8m scanning monochromator. The 9072S uses plane gratings 30mm x 30mm in size and utilizes a Czerny Turner optical configuration. The 9072S is designed to be used with single channel detectors or connected to another 9072S to form a double additive or subtractive system. The base 9072S system has a triple grating turret which is computer controlled. 4-grating turret is optional.

Gratings and Grating Holders (120-8512) are sold separately.
The 9072S is compatible with SS80 and SS84 adjustable slits and SS-F fixed slits. Comes with the adjustable slit.
It includes Sci-mono software for basic wavelength control. Our fully-featured spectroscopy package, SciSpec, is sold separately.

For applications requiring better signal to noise, reduced stray light and better resolution than the standard model a double additive model (9072DA) is available.
For applications requiring a tunable bandpass or notch filter light source, the double subtractive model (9072DS) is an ideal choice.

$ 4,577.00

Sciencetech's 500-1K-QTH is an external 1,000W fixed power supply for QTH lamps. Sciencetech's 1000W QTH power supply produces a highly stabilized 120VDC low noise output and can output upto 10A. The current output to the lamp is not adjustable with this power supply. If you require an adjustable power supply for a Sciencetech Incandescent source see the 612-2K power supply.
This power supply is designed to work with Sciencetech XLH lamp houses with QTH or other resistive element type lamps having maximum voltage of 120VDC. The power supply will operate resistive element type lamps at their nominal operating voltage and current. This will result in the lamp emitting a spectra at it's nominal colour temperature.

The 500-1K-QTH unit accepts both 110-120VAC and 220-240VAC inputs.

$ 4,513.00

The PMUX-S power multiplexer is used to simultaneously contact the ZENNIUM series potentiostat with up to 16 individual cells. The measurements are carried out sequentially. For medium power applications, our power potentiostats can also be connected. The PMUX-S can be used for cell currents up to ±5 A.

-4 PMUX-S can be used for connecting up to 64 cells

For pricing information, please request a quotation from sales@sciencetech-inc.com.

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Target size: 100x100mm
DAQ: 16 bit
Detector size : 20x20mm (apertured to 12.5x12.5mm)
Detector Type: SCI-REF-LR
Connectivity: 1 x USB2.0
Power Requirements: 120VAC x 4A / 220VAC x 2A
Dimensions: 200x200x125

$ 4,325.00

This power supply has been specifically designed for the highly stable 75W Hg lamp used inside the new SPS-300 Terahertz FTIR Spectrometer. The '500-75ST' is an adjustable, current regulated, DC Power Supply. It is meant to power up a low pressure, long arc Hg lamp by Heraeus Nobelight Model 75ST. However, it can be used by many other applications which require a steady, low noise current regulated Power Supply of up to 1A, and approximately 100W. It will work with the 500-IG-75ST 800V igniter (150-9016) to ignite the Hereaus 75ST lamp. Please do not use this power supply connected to a UPS stabilizer.


LCD Display (Current, Voltage, Power)
Output Current Control: 0-1A
Dual line voltage: 115 / 230VAC
Input Current: 1A / 0.5A
Input Frequency: 60Hz / 50Hz
Dimensions (L x W x H): 11" x 8" x 5" (28cm x 20cm x 13cm)
Weight: 10 kg (22 lbs)

$ 4,250.00

A 52x58mm air mass filter specifically designed for Sciencetech's SciSun solar simulators, including filter holder. The AM1.0D simulates the terrestrial solar spectrum on the ground when the sun's position is normal to the earth's surface. It includes only direct light from the sun, not diffuse light that is scattered by the atmosphere.

$ 4,133.00

An AM1.5D 3x3" air mass filter (including filter holder) designed for Sciencetech's:
-Flash Series Solar Simulators (Class A, ASTM E927-19)

AM1.5D simulates the terrestrial solar spectrum on the ground when the sun is at a zenith angle of 48.2°. It includes only direct light from the sun, and not the diffuse light that is scattered by the atmosphere. As a result, this filter simulates the direct radiation which reaches the ground.

$ 4,133.00

A 6" x 6" (152.4 mm x 152.4 mm) air mass filter specifically designed for Sciencetech's Fresnel Solar Simulator Series, including filter holder. The AM0 spectrum simulates the solar spectrum just outside Earth’s atmosphere, where there is very little atmosphere-related absorption of solar radiation. This is generally used for space applications.

$ 4,133.00