The SCI-SCC6-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 from dew point to 80 ºC.

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

Cooling area: 6" x 6"
Temperature Range: 1 - 80 ºC
Power Input: 115-240VAC
Power Usage: 2W (not including recirculator or temp control unit)
Options: Vacuum Pump and Water Recirculator or Temperature Control Unit

$ 1,400.00

The SCI-SCC6 cell chuck is an economical way of providing 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).

Working Area: 6" x 6"
Temperature Range: N/A
Power Input: N/A
Power Usage: N/A
Options: Vacuum Pump

$ 840.00

The SCI-SCC3-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 an integrated thermoelectric controller that can heat or cool your test cells from dew point to 60 ºC.

This product is not compatible with PTS systems. For PTS systems add the SCI-SCC3-TE-PTS version of this cell chuck

Cooling area: 3.5" x 3.5"
Temperature Range: 10 - 60 ºC
Power Input: 115-240VAC
Power Usage: 80W
Options: Vacuum Pump

$ 1,566.00

The SCI-SCC3 cell chuck is an economical way of providing 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).

Working Area: 3.5" x 3.5"
Temperature Range: N/A
Power Input: N/A
Power Usage: N/A
Options: Vacuum Pump

$ 565.00

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

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 and optimized to utilize the full input range of these
lock-ins for FTIR applications.
Features of our SCI425CMB0:
This detector is not hygroscopic and may be operated indefinitely under normal atmospheric conditions and at temperatures beyond 100oC. A selection of windows is available to limit spectral response.

$ 3,200.00

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 and optimized to utilize the full input range of these lock-ins as a reference detector for Spectral Response, Quantum Efficiency, Constant Photocurrent Measurement in Photovoltaic Testing Systems.
Features of our SCI425CMA:
This detector is not hygroscopic and may be operated indefinitely under normal atmospheric conditions and at temperatures beyond 100oC. A selection of windows is available to limit spectral response.
Calibration is supplied with the detector.
Element size: 5 mm dia.
Spectral response: (no window, blackened): 180nm – 2.5 microns (Quartz Window)

$ 2,400.00

This upgrade includes the necessary hardware and software modifications to Sciencetech's SSIVT line of IV testers to allow real-time measurement of temperature, irradiance, and calculations of thermal co-efficients [ISC (α), Voc (β) & PM (γ)] for each point of the IV curve.
Please note that this upgrade requires a Sciencetech IV tester in order to function, and will not work if a 3rd party tester is purchased from a different supplier.
Please speak with your authorized Sciencetech technical support staff member to discuss specifications and any additional details required.

$ 3,000.00

This adapter couples light from a standard SMA terminated fiber (0.22NA) to an F/3 monochromator input port. The fiber can be adjusted +- 6mm in X and Y directions to optimize the alignment. The optical lenses are made from BK7 glass giving good transmission over a wavelength range of 350nm-2000nm

$ 1,210.00

The cuvette holder inside the sample chamber can be replaced with an optional thin film holder. This thin film holder is 2" x 2" square, although other sizes are available (please enquire). The thin film holder is placed at an angle to the input port such that the angle of incidence is 45 degrees. Should the optional TE sample cooling pad be ordered, this cooler connects directly to the thin film holder frame at the base, hence cooling of the sample is done through physical contact with the frame.

$ 300.00

The SC-12 is a general purpose sample chamber that can be configured in multiple ways to address a number of application requirements. The SC-12 includes 4 optical ports (on three sides and one on the top) as well as a side door for easy access to the sample area.
Three of the side walls feature optical ports with a Sciencetech standard B4 hole pattern as well as removable anodized access panels that can be machined to accommodate most types of feedthroughs including electrical, liquid and gas.

The SC-12 can be configured for spectroscopy applications such as diffuse reflection and transmission spectroscopy, or as a light tight reaction chamber for photoelectrolysis research. The 2.2" diameter opening on the top port of the sample chamber is designed to mate to Sciencetech's line of lens based solar simulators such as the SF or SLB series simulators, the Solar LightLine solar simulator, as well as Sciencetech's line of 201-100 lamp houses.

The base of the sample chamber is an imperial optical breadboard with 1/4-20 tapped holes. For the metric version see model SC-12-M.

The SC-12 is 311x 311x 219mm (12.5" x 12.5" x 8.625")(LxWxH) with internal dimensions of approximately 298 x 298 x 200mm (11.75" x 11.75" x 7.8").
Side inputs have a 3" optical height which can be increased using the included baseplate and levelling feet.
The baseplate is 355 x 355 x 6.3mm (14" x 14" x 1/4")

The standard system does not come with a sample holder. See the product literature for more information on how to configure the sample chamber.

Please see our detailed product literature for more information or contact a technical sales representative to discuss how we can help you with your specific application.

Options (not included)
- Valved water inlet and outlet ports
- Push to connect hose feedthrough (standard for Sciencetech vacuum chucks)
- AC power entry module
- Binding posts for electrical feedthrough
- Gas inlet and outlet ports (6mm Swagelok)
- Height adjustable sample tray
- Temperature controlled sample platform

Discuss your full technical needs with an authorized Sciencetech Technical Sales Staff member for further details.

$ 1,650.00

The TLS-55-Q250 is a representative of a large series of Sciencetech Tunable Light Sources (TLS).  This plug and play system consists of a lamp housing with 250W QTH lamp, power supply, 9055 monochromator (1/4 meter), motorized filter wheel (with 4 filters) mounted to a metal baseplate to create a compact, fully assembled illuminator.
SciSpec Software is included for controlling the monochromator and filter wheel.
Each system is pre-aligned during production and packaged with system’s test data and detailed manual.
The TLS-55-Q250 is an advanced system with optical bandpass as small as 0.2 nm over UV and VIS spectral range, and 0.4 over NIR. The overall spectral range is 300-1800 nm. Output bandpass can be varied using included adjustable slits.

This system includes 1 IEC 60320 C13 compatible power cable. Region-specific version must be selected at the time of placing an order (see product 491-9001).

$ 18,279.00

The TLS-72-Q250 is a representative of a large series of Sciencetech Tunable Light Sources (TLS). This complete plug and play system consists of a lamp housing with 250W QTH lamp, power supply, 9072 monochromator (1/8 meter), filter wheel (with 4 filters) mounted to a metal baseplate to create a compact, fully assembled illuminator.
SciSpec Software is included for controlling the monochromator and filter wheel.
Each system is pre-aligned during production and packaged with system’s test data and detailed manual.

The TLS-72-Q250 is an advanced system with optical bandpass as small as 0.5 nm over UV and VIS spectral range, and 0.7 over NIR. The overall spectral range is 300-1800 nm. Output bandpass can be varied using included adjustable slits.

This system includes 1 IEC 60320 C13 compatible power cable. Region-specific version must be selected at the time of placing an order (see product 491-9001).

$ 16,265.00

The TLS-55-X300 is a representative of a large series of Sciencetech Tunable Light Sources (TLS). This complete plug and play system consists of a lamp housing with 300W Xe lamp, 601-300 touchscreen power supply, 9055 monochromator (1/4 meter), filter wheel (with 4 filters) mounted to a metal baseplate to create a compact, fully assembled illuminator.
SciSpec Software is included for controlling the monochromator and filter wheel.
Each system is pre-aligned during production and packaged with system’s test data and detailed manual.
The TLS-55-X300 is an advanced system with optical bandpass as small as 0.2 nm over UV and VIS spectral range, and 0.4 over NIR. The overall spectral range is 300-1800 nm. Output bandpass can be varied using included adjustable slits.

This system includes 1 IEC 60320 C13 compatible power cable. Region-specific version must be selected at the time of placing an order (see product 491-9001).

$ 20,341.00

The TLS-72-X300 is a representative of a large series of Sciencetech Tunable Light Sources (TLS). This complete plug and play system consists of a lamp housing with Xe lamp, 601-300 touchscreen power supply, 9072 monochromator (1/8 meter), filter wheel (with 4 filters) mounted to a metal baseplate to create a compact, fully assembled illuminator.
SciSpec Software is included for controlling the monochromator and filter wheel.
Each system is pre-aligned during production and packaged with system’s test data and detailed manual.
TLS-72-X300 is advanced system with optical bandpass as small as 0.5 nm over UV and VIS spectral range, and 0.7 over NIR. The overall spectral range is 300-1800 nm. Output bandpass can be varied using included adjustable slits.

This system includes 1 IEC 60320 C13 compatible power cable. Region-specific version must be selected at the time of placing an order (see product 491-9001).

$ 17,809.00

A motorized 6 position filter wheel capable of holding 25mm (1") filters (either square or circular). The filter wheel connects via USB 2.0 to a computer. The filter wheel software includes a stand alone application but also includes development examples for integrating the filter wheel with LabView or C++ software.

$ 1,750.00

9055-DX is a motorized double 1/4m monochromator that can be switched between additive and subtractive configurations. Double monochromators have the advantage of extremely low stray light levels by virtue of using two gratings. An intermediate slit between the two units, used to define the wavelengths that pass to the second unit, also masks off light scattered within the body of the first unit. In double additive operation the 9055DX effective focal length (1/2m), dispersion and resolution (1.7nm/mm and .09nm with a 1200 l/mm grating) are doubled compared to a single unit, making this mode useful where high resolution is important. In double subtractive operation there is no dispersion in the output beam and only a single slit image appears at the output instead of a broad spread of spectral images. This allows the system to operate as a tuneable bandpass or notch filter.
This system includes two manual slits (one input and one intermediate). Motorized upgrades and additional slits may be purchased separately.
Gratings also need to be purchased separately, with a minimum of 2 gratings required for the system to operate. Please speak with your Sciencetech technical sales member to ensure proper grating selection.
Please see the technical datasheet for additional information.

The imaging option 9055DX-i uses toroidal optics to compensate for astigmatism inherent in Czerney-Turner type monochromators and spectrographs.

$ 23,180.00

This optical coupler can be used to couple beam line components and allows for independent adjustment of +-3mm along each of two orthogonal axis. This coupler is intended to mate one end to either a 1-D or 4S connection. The other end accepts any component with a 1.035-40 thread. With the CON1-XY-T1 the optical alignment of optical elements such as optical fibers can be optimized to monochromator input slits or target locations.

$ 200.00

The Sciencetech PMH-01 Photon Counting Module is self-contained compact unit incorporating PMT tube, high-speed amplifier, discriminator, and high voltage power supply. The output signal (train of pulses, the number of which corresponds to the number of detected photons) can be sent via a BNC connector, to an external counting/displaying circuit. The PMH-01 outputs digital signal (pulses) only. There is no analog output port.

The photon counting head used has low power consumption (max 0.5W). It is already adjusted for best S/N ratio. There is no additional adjustment necessary to start the operation.

Parameter Value
Operating Temperature Range +5 to + 40 °C
Storage Temperature Range -20 to +50 °C
Effective Area 4 x 6 sq.mm
Spectral Response 185 to 900 nm
Dark Count (Typical) 400 cps
Dark Count (Max.) 800 cps
Counting Linearity 2.5 Mcps
Pulse Pair Resolution 35 ns
Output Pulse Width 30 ns
Output Logic TTL, positive
Input Voltage +5 V
Input Current at 2.5 Mcps Output max. 80 mA
Output Signal Cable RG-174/U

$ 4,000.00

Sciencetech's Compact 1.75" Optical Liquid Filter is designed to filter wavelengths 1000nm and greater (if distilled water is used). The compact size allows it to be installed in one of Sciencetech's FH- style filter boxes. This filter requires a cooling water recirculator (sold separately).

$ 850.00