Target size: 350x350mm
DAQ: 16 bit
Detector size : 20x20mm
Detector Type: SCI-REF-LR
Connectivity: 1 x USB2.0
Power Requirements: 120VAC x 4A / 220VAC x 2A
Dimensions: 600x600x125

Includes SciMeasurementStage software

$ 6,485.00

Class: ABA
Spot size: 25 mm (1”) diameter at 1 sun
Working distance: 100-130mm (4-5”) from exit port
Spot size (with optional beam turner): 25 mm (1”) at 1 sun
Working distance (with optional beam turner): 40-70mm (1.5-3”) from output port
Collimation: 1 degree half angle
Sciencetech Power Supply: (601-150) Adjustable Power Supply with Touchscreen Control

The SF-150-B is a low cost 150W solar simulator system for applications requiring a more collimated beam or more UV production than provided by our SLB series. The SF-150-B includes arc lamp housing, bulb, power supply with igniter, filter holder, manual shutter, and UV fused silica lenses.

Available Air Mass filters include AM0, AM1.0, AM1.5 direct and global, and AM2.0. Other filters such as dichroic filters and bandpass filters are available for further modification of the spectrum. Filters are sold separately; please specify which filters should be sent with the solar simulator when ordering.

*The SF-150B can produce up to 50mm (2") diameter spot size at 1 sun, but will reduce the specifications to Class CBA, with a working distance <25mm (1") from exit port.

Please speak with your authorized Sciencetech Technical Sales Staff for further details and a full range of options.

$ 6,314.00

Sciencetech's proprietary wideband detector design comes packaged in our standard "hockey puck" enclosure (2" diameter x 1" high) and is connectorized to be powered directly from the Stanford SR-810/830 type lock-in amplifiers,
The spectral range is limited by high density polyethylene window.
The detector WILL saturate on the visible light from the lamp. After alignment, cover the entire input opening of the detector head with thin black polyethylene to prevent undesired visible light from overloading the detector.
This detector is suitable for direct connection to Stanford SR-830 lockin preamp power. When using the Stanford lock-in, the signal overload indicator will light just before the detector saturates.The SCIDTGS-PE detector is suitable for testing FTIR alignment and material transmission measurements without special cooling.
Upon installation, the optical system MUST be re-aligned to image the iris of the light source onto the detector element. This may require rotating the entire detector head to an optimum position and/or adjusting mirrors and re-focusing.
Element size 2.0 mm dia.
Spectral bandwidth Limited by High Density Polyethylene window
Sensitivity 133,000 volts per watt HDPE Window
Frequency response 8.8Hz - 265Hz (-3db points)
N.E.P. 1x10-10 watts (100Hz, 1Hz BW)

Power requirements: +/- 15 to +/- 24 volts max @ +/- 8 mA max.
Power connections: DB-9M Pins 2,3,4,5,9 no connection
+V In Pin 1
-V In Pin 6
Common Pin 7
Case GND Pin 8
Suitable for direct connection to Stanford SR-830 lockin preamp power (not included).

$ 6,200.00

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: 20A

$ 6,000.00

Lamp Power: 150W
Lamp Type: Xenon
Output Beam Type: Collimated
Output Beam Diameter: 50mm (2")
Lens Type: Single Plano-Convex Lens
Lens Material: Fused Silica
Ozone Producing: No

Sciencetech's Research Grade Arc Lamp Source Packages come with all the components required to operate a research-quality xenon arc lamp source: power supply, arc lamp housing, output optics, and lamp.

These systems feature a configurable housing capable of being operated in the vertical or horizontal position. Each housing comes with adjustable base plates for both configurations, allowing easy alignment of the lamp to the rest of the optical system.

Power and communication are supplied to the housing via a single cable connected to the touchscreen power supply, allowing users to easily and neatly set up the system. A safety interlock prevents power being supplied to the housing while the cover is open, protecting users from electric shock or unwanted light exposure.

A single fused silica lens in the optical assembly minimizes surfaces and permits maximum UV output.

Optional accessories include a downward facing stand, beam turner, alternative optical packages, optical filter holders and filter boxes, and filters.

$ 5,920.00

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 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.

Contact for Pricing

Lamp Power: 150W
Lamp Type: Xenon
Output Beam Type: Collimated
Output Beam Diameter: 25mm (1")
Lens Type: Single Plano-Convex Lens
Lens Material: Fused Silica
Ozone Producing: No

Sciencetech's Research Grade Arc Lamp Source Packages come with all the components required to operate a research-quality xenon arc lamp source: power supply, arc lamp housing, output optics, and lamp.

These systems feature a configurable housing capable of being operated in the vertical or horizontal position. Each housing comes with adjustable base plates for both configurations, allowing easy alignment of the lamp to the rest of the optical system.

Power and communication are supplied to the housing via a single cable connected to the touchscreen power supply, allowing users to easily and neatly set up the system. A safety interlock prevents power being supplied to the housing while the cover is open, protecting users from electric shock or unwanted light exposure.

A single fused silica lens in the optical assembly minimizes surfaces and permits maximum UV output.

Optional accessories include a downward facing stand, beam turner, alternative optical packages, optical filter holders and filter boxes, and filters.

$ 5,780.00

The optional external light source port upgrade provides both a motorized turning mirror and the flange for the input port so that users can couple external light sources (e.g. glowbar, Gunn diode, synchrotron) into the SPS-300. The motorized mirror switches inputs between the SPS-300 internal mercury lamp and external light source. Additional optics and chambers may be required to focus the external light source into the SPS-300.

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Sciencetech's TC-2000 is a temperature control unit for use with Sciencetech's -L (liquid cooled) solar cell chucks.
It is capable of heating or cooling a device under test from 5-80°C using distilled water or from -10 to 80°C using a Water/Ethylene Glycol mixture.

Cooling fluid not included.

For more detailed information please contact a Technical Specialist.

$ 5,613.00

Sciencetech's TC-2000 is a temperature control unit for use with Sciencetech's -L (liquid cooled) solar cell chucks.
It is capable of heating or cooling a device under test from 5-80°C using distilled water or from -10 to 80°C using a Water/Ethylene Glycol mixture.

Cooling fluid not included.

For more detailed information please contact a Technical Specialist.

$ 5,613.00

The SCI-SCC6-TE 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 has thermoelectric cooling elements that can heat or cool your test cells from dew point to 60 ºC.

Cooling area: 6" x 6"
Temperature Range: 10 - 60 ºC
Power Input: 115-240VAC
Power Usage: 300W
Options: Vacuum Pump

$ 5,600.00

A Linear array sensitive in the 200 to 1000nm range.
System includes:
Photodiode array LDA 2000-1024 detector
Power supply
All cables and connections required for the system
A/D data acquisition board
Includes free version of SciRunLDA, a basic library for interfacing with other software. We recommend SciLDA, the full software package, for users who want a full feature system.

$ 5,571.00

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$ 5,500.00

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$ 5,500.00

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$ 5,500.00

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$ 5,500.00

Holographic Grating
2400 lines per mm
Blazed at 250nm
Substrate Size: 110 x 110 x 16mm
Ruled Area: 102 x 102mm

$ 5,500.00

The XPOT2 as a high precision auxiliary potentiostat adds an additional channel to the ZENNIUM series potentiostat for bi-potentiostat functionality. The combination of ZENNIUM and XPOT2 enables rotating ring disk electrode (RRDE) measurements or hydrogen permeation in Devanathan cells. The XPOT2 provides up to ±500 mA output current and up to ±25 V compliance voltage. The XPOT2 contains 9 current ranges which enable it to carry out outstandingly precise and accurate measurements.

In addition, the XPOT2 potentiostat can also be used as a standalone potentiostat and can be controlled by Zahner-Lab.

The Zahner's potentiostats can be incorporated in a Python lab environment and can be used as stand-alone or in multi-channel configurations. A GitHub repository with examples is available for developing Python applications.

-Standalone operation and possible integration in a Python work environment
-Extension for bipotentiostat applications

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

Contact for Pricing