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 solar simulators such as the SF or LightLine, as well as Sciencetech's line of LH or XLH 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.

$ 2,120.00

The SC-12-M is a general purpose sample chamber that can be configured in multiple ways to address a number of application requirements. The SC-12-M 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-M 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 solar simulators such as the SF or LightLine, as well as Sciencetech's line of LH or XLH lamp houses.

The base of the sample chamber is an metric optical breadboard with M6 tapped holes. For the Imperial version see model SC-12.

The SC-12-M 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.

$ 2,221.00

This standard optical liquid filter is equipped with BK7 windows (350 to 2000 nm). Can be operated either horizontally or vertically but horizontal operation is preferable due to potential risk of air gap in the light path. Stainless steel provides superior corrosion resistance compared to aluminum for corrosive liquids.

Contact for Pricing

This standard optical liquid filter is equipped with fused quartz windows (270 to 2500 nm) which transmit UV light. This allows it to be used for UV applications. Can be operated either horizontally or vertically but horizontal operation is preferable due to potential risk of air gap in the light path. Stainless steel provides superior corrosion resistance compared to aluminum for corrosive liquids.

Contact for Pricing

Sciencetech's Model [210-REC] is a Cooling Water Recirculator. It can sink up to 2500W of heat.

-Dissipates up to 2500W of thermal heat
-External fan cooled radiator system
-Cools to ambient temperature
-Real time sample temperature display (in °C or °F)
-Adjustable cooling rate

Contact for Pricing

The SOL-METER is a digital meter for use with solar calibrated detectors such as detector models SSIVT-REF or SOL-REF-Q. The meter converts detector measurements to a Sun value. It has a handheld meter that is compact, has a sturdy design, and is appropriate for indoor or outdoor applications. CE compliant.

Please refer to the technical datasheet for additional information.

$ 2,234.00

This solar reference cell consists of a 20 × 20 mm monocrystalline silicon photovoltaic cell encased in a 92 × 70 × 16 mm metal enclosure with a protective quartz window and a temperature sensor. The temperature sensor is a 100 ohm platinum Resistance Temperature Detector (RTD).The device includes separate IV (4-wire) and RTD interfaces.

The solar reference cells comes with a certificate of calibration (AM1.5G, 1 Sun) and compatible set of connecting cables.
The certificate includes:
Isc, Imax, Voc, Vmax, Pmax, Spectral Correction, Fill Factor, Area and Efficiency.
Measurements are made in accordance with ASTM E948 and E1021.

Options are available for calibration by Sciencetech, or by ISO/IEC 17025 accredited lab. For ISO/IEC 17025 accredited lab calibrated cells, calibration is traceable to NIST and NREL.
Additional window materials are available, please inquire with our sales team for more information.

$ 2,380.00

4 digits LCD displays high voltage output signal
BNC analog signal ouput
External high voltage control for the PMT (for computer control)
Six time constants switchable from a front panel control (from .01ms to 1sec.)
Zero adjustment control to cancel the effect of dark current and stray light
Adjustable gain 1, 10, 100 and 1,000 X
Includes power supply.

Contact for Pricing

The SCC-3-B cell chuck is an economical way of providing electrical connection to the back of your test cells. It is compatible with all of Sciencetech's probe systems except the SCP-MP-T and SCP-MP-G. It is not capable of vacuum hold down.
This cell chuck can be used with Sciencetech's PTS systems

Working Area: 7.6 × 7.6 cm (3" x 3")
Baseplate Size: 9 × 9 cm (3.5" × 3.5")
Temperature Range: N/A
Power Input: N/A
Power Usage: N/A
Options: N/A

$ 2,524.00

This is a configuration option for high resolution series monochromators. The motorized flipping mirror allows the selection of the front output port or side output port. The port can be selected through software. The port can be selected through software. The mirror is calibrated in Sciencetech's factory to ensure side port selection and front port selection beam follow the same optical path.
It does not include another slit, any coupling optics for sample chambers, or coupling mechanisms for CCDs. These must be purchased separately. For side output selection a standard enhanced aluminum mirror is used. Other mirror coatings are available upon request.

Mirror coating
UV Enhanced Aluminum
Coating Ravg >85% @190-2000nm

Contact for Pricing

This is a configuration option for high resolution series monochromators. The motorized flipping mirror allows the selection of the front input port or side input port. The port can be selected through software. The mirror is calibrated in Sciencetech's factory to ensure side port selection and front port selection beam follow the same optical path.
It does not include another slit, any coupling optics for sample chambers, or coupling mechanisms for CCDs. These must be purchased separately. For side input selection a standard enhanced aluminum mirror is used. Other mirror coatings are available upon request.

Mirror coating
UV Enhanced Aluminum
Coating Ravg >85% @190-2000nm

Contact for Pricing

Sciencetech's (SCP-MP-G) is a micropositioning probe station with a magnetic base and a gold-plated spring probe. It utilizes micrometer heads for accurate repeatable adjustment. 0.5” is the magnitude of fine adjustment for this probe.

Gold spring probes are an excellent choice for most applications, with the probe tip gently contacting the surface of your test device. For applications requiring finer probe placement, please see our tungsten needle-tip probe stations.

$ 2,627.00

Sciencetech's (SCP-MP-T) is a micropositioning probe station with a magnetic base and a tungsten needle-tip probe. It utilizes micrometer heads for accurate repeatable adjustment. 0.5” is the magnitude of fine adjustment for this probe.

Tungsten needle-tip probes are an excellent choice for applications requiring highly accurate, fine probe placement.

$ 2,627.00

Keep data perfectly organized and accelerate testing workflows. Designed for seamless integration, the SCC-MUX modular cell chucks allow users to connect up to eight independent devices simultaneously for precise 4-wire measurements. Multiple measurements can be queued up and left to run without further input. The system automatically sequences through each channel and indexes the data, eliminating human error and significantly speeding up device characterization workflows. These cell chucks can be customized to a user-specified cell size and electrical layout.

This chuck features a multiplexer add‑on and is designed for use with Sciencetech’s PTS and IV measurement systems. It requires:
- Sciencetech GEN5 switchbox (supplied with PTS systems or available as the MODQE switchbox add‑on for IV systems)
- SciPV software

Terminal connectors are compatible with AWG 22–16 wiring. Through the SciPV software, users can select individual channels or enable automatic sequencing across all channels.

Working Area: Customizable upon order
Baseplate Size: Customizable upon order
Options: User-specified cell holder

Contact for Pricing

Grating for use with 9040, 9490, and 9150 monochromators (including imaging, single, and double monochromator configurations). A grating holder is included with each grating, compatible with the grating mount. Gratings cannot be removed from their holders once installed, the grating-holder combination can be removed from the grating mount in the monochromator.

Grating size options for the 9040, 9490, and 9150 series are:
64 × 64 mm
84 × 84 mm
102 × 102 mm

For single monochromator configurations, please select one grating. Additional gratings can be purchased to cover different wavelengths.
For double monochromator configurations, please select a quantity of two identical gratings. These gratings must be the same for the double monochromator configuration to operate correctly. Additional gratings can be purchased to cover different wavelengths, if purchased in pairs.

Custom gratings can be accommodated. If you intend to use a custom grating or don't see the option you require, please speak with a Sciencetech Technical Representative.

Contact for Pricing

This vertical stand enables high powered fully reflective solar simulators to project their output beam downwards onto a horizontal illumination table which makes it ideal for solar cell testing. The beam is projected down onto a built-in sample platform where the sample such as a solar cell is placed. The stand assures the distance between the output port of the solar simulator to the sample platform produces exactly 1 SUN intensity (100mW/cm2 using an AM1.5G filter).

Without the Downward Facing Vertical Stand, a Solar Simulator projects the beam parallel to the floor at cells mounted vertically.
Please speak with your authorized Sciencetech technical sales staff member to discuss any potential customization options you require.

Contact for Pricing

A workstation-style stand for the SciSun series solar simulators. The stand features a rack for mounting the SciSun power supply, a storage shelf under the power supply rack, and an easily-adjustable sample tray inside a dark chamber.

A CTBT-3 beam turner is required to use this stand with the SciSun, and is included in the standard SciSun.

The working distance is reduced from 380 to 330 mm when the SciSun is installed in the workstation stand.

$ 2,791.00

Sciencetech's touchscreen 75 W xenon arc lamp power supply designed for use with Sciencetech's LH- series lamp housing.
This power supply features a 7W2 connection so that only one cable is required to supply all lamp power and communication to the lamp housing. This power supply also has a shutter connection and RS232 connection for electronic control of a shutter or computer control of the power supply if those optional accessories are purchased.

PS-XE075-A-T power supplies accept 110-240 VAC input. Includes a USB to serial adapter.
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).

Features
-single 7W2 connection for lamp power, cooling, and communication to lamp house
-easy-to-use touchscreen interface
-shutter and exposure control (if electronic shutter upgrade is ordered)
-lamp start and time log
-safety interlocks

Optional Upgrades
-RS232 computer control with GUI
-temperature monitor
-remote lamp status monitoring
-auto lamp starting

$ 2,795.00

The SCC-12 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: 30 × 30 cm (12" × 12")
Baseplate Size: 33 × 33 cm (13.25" × 13.25")
Temperature Range: N/A
Power Input: N/A
Power Usage: N/A
Options: Vacuum Pump

$ 2,827.00

This product consists of the Sciencetech SOL-METER and our SSIVT-REF sun calibrated reference detector. The SOL-METER is a digital meter for use with select solar calibrated detectors. The meter converts detector measurements to a Sun value. This handheld meter is compact, has a sturdy design, and is appropriate for indoor or outdoor applications.

The Sciencetech Reference Detector, SSIVT-REF, which is an integral part of solar simulator calibration and solar cell I-V characterization, consists of a single element silicon detector and is designed to be used for monitoring and verifying the Sun level of solar simulators. The SSIVT-REF detector is used effective in sensing wavelengths between 190 nm and 1100 nm and is calibrated at Sciencetech against a NIST traceable calibrated reference cell. It does not have the capability for temperature measurement. This product comes with a detachable cable with 4 banana plugs for connecting to a measurement device and is CE-compliant.

Calibration: AM1.5G, 1 Sun (AM0 calibrations available, please contact Sciencetech to inquire)
Rise time: 0.2 μs
Effective active area: 5.7 sq. mm
Dimensions: 50.8 × 50.8 × 25.4 mm
Measurement Range: 0.1 to 2 Suns AM1.5G

The SOL-METER is also compatible with detector model SOL-REF-Q. For temperature measurement in addition to irradiance measurements, please see the SOL-METER and SOL-REF-Q.

$ 2,828.00