Accessories / Parts

This assembly is a custom F/# matched lens assembly. It is a double lens assembly of 2" diameter PCX lenses.
Lens material is Fused Quartz or Fused Silica depending on availability.
Specify required F/# at time of ordering. F/# can be set from F/0.8 to F/10.0
Lenses mounted in 2.2" diameter coupling tube. Accessories and adapters for coupling available.

$ 881.00

This assembly is a custom F/# matched lens assembly. It is a double lens assembly of 2" diameter PCX lenses.
Lens material is BK7 Glass.
Specify required F/# at time of ordering. F/# can be set from F/0.8 to F/10.0
Lenses mounted in 2.2" diameter coupling tube. Accessories and adapters for coupling available.

$ 522.00

A temperature control system to allow operation between 77K or room temperature.
This sisytem will come with two separate holders, each capable of holding a specific size and type of sample. They will not have the ability to rotate or moved, but will come prealigned for a fixed angle reflectivity, or transmission, through a motorized flipping mirror.

$ 17,805.00

A custom temperature control system to allow operation at 77K or room temperature.
This system will come with a sample holder capable of holding 2 samples simultaneously. The cryostat can rotate the sample from 0 degrees to 360 degrees, and move the sample up and down in a range of 2". Sciencetechl provides two of these sample holders with this system.

Contact for Pricing

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 fused silica giving good transmission over a wavelength range of 200nm-2000nm

$ 1,210.00

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

This is a coupling tube, without optics, designed to hold lenses for integrating systems. In most cases, a customer will require [120-8036] as it includes the optical components required to couple effectively.

$ 50.00

Slip ring for coupling 2" diameter lens tubes to a Sciencetech S4 hole pattern.

$ 50.00

45 degree mirror to deflect the light 90 degrees, such that it points downwards for a horizontal target.
The cold mirror eliminates IR (thermal) light on the sample (Transmission > 85% for the region 800 - 1200nm, Reflection >90% for the region 425 - 650nm)

$ 788.00

45 degree mirror to deflect the light 90 degrees, such that it points downwards for a horizontal target.
The UV cold mirror transmits IR (thermal) and some visible light on the sample (Transmission > 85% for the region 600 - 1200nm, Reflection >90% for the region 325 - 475nm)

$ 788.00

The CTBT-RF is designed to work with Sciencetech's line of SS solar simulators (between 500W and 2.5kW). The CTBT-RF is designed to hold 3" x 4" cold mirrors. A heat sink is mounted behind the dichroic turning mirror to capture transmitted light. The CTBT-RF turns the beam 90 degrees from the standard horizontal output.


Four different cold mirror options exist (purchased separately):
1) 275-375nm
2) 325-450nm
3) 350-550nm
4) 450-725nm
5) UV Enhanced aluminum mirror (250-3000nm)


Please speak with your Sciencetech representative for ordering information.

$ 1,350.00

Used to allow the SS150 to direct the beam downwards, upwards, or at 90 degrees to the usual output direction (horizontal). Not included in the Vertical Stand, due to the usual arrangement of allowing the beam to aim downwards (meaning in most cases this component is not required with the vertical stand option).

$ 570.00

A Beam Turning Assembly can be mounted to the output port of many of Sciencetech's Solar Simulators to redirect the light downwards onto a sample platform. The Beam Turner may also be used to adjust the light path to any 90° angle perpendicular to the horizontal output beam.

$ 1,200.00

Sciencetech's FB1T filter box holds one filter per filter box and can accommodate up to 3" x 3" filters. The FB1T filter box is used to stop back reflections from travelling along the path of the incident light. The FB1T filter boxes are stackable, so multiple FB1T filter boxes can be attached if using more than one filter at once is required.
The FB1T has standard mounting for slip rings that are compatible with 2" diameter lens tubes. For mounting with 1" diameter lens tubes Sciencetech's S4-1D (100-8038) coupling adapator is required.

No filter holders are included and filter holders are dependent on the size of the filters to be used.

Compatible filter holders are the FT-series (e.g. FT-75).

$ 410.00

This Fiber Bundle Coupler mates a Sciencetech Beam Condensing Assembly or Light Source Optical Coupling Unit to the input end of a fiber bundle such that the light collected is focused into the fiber bundle with great efficiency. The Fiber Bundle Coupler screws onto the output end of the Beam Condensing Assembly or Light Source Coupling Unit. Once screwed on, the input tip of the fiber bundle would be positioned at the output focal spot for optimum light collection.

$ 430.00

This Fiber Bundle Coupler mates a Sciencetech Beam Condensing Assembly or Light Source Optical Coupling Unit to the input end of a fiber bundle such that the light collected is focused into the fiber bundle with great efficiency. The Fiber Bundle Coupler screws onto the output end of the Beam Condensing Assembly or Light Source Coupling Unit. Once screwed on, the input tip of the fiber bundle would be positioned at the output focal spot for optimum light collection.

$ 430.00

This SMA Fiber Coupler mates a Sciencetech Beam Condensing Assembly to the input end of an SMA fiber such that the light collected is focused into the SMA fiber tip with great efficiency. The SMA Fiber Coupler screws onto the output end of the Beam Condensing Assembly. Once screwed on, the input tip of the fiber bundle is positioned at the output focal spot for optimum light collection. There are two flange sizes of the Fiber Bundle Coupler available to match the 1 and 2 inch diameter sizes of the Beam Condensing Assembly. Please note that the SMA Fiber Coupler should not be used on its own without the beam condensing assembly as otherwise the light collection efficiency from the light source will be very low.

$ 228.00

This SMA Fiber Coupler mates a Sciencetech 2" Beam Condensing Assembly (such as IO2 model condensors) to the input end of an SMA fiber such that the light collected is focused into the SMA fiber tip with great efficiency. The SMA Fiber Coupler screws onto the output end of the 2" Beam Condensing Assembly. Once screwed on, the input tip of the fiber bundle is positioned at the output focal spot for optimum light collection. This assembly also includes an X-Y optical coupler that can be used to couple beam line components and allows for independent adjustment of +-3mm along each of two orthogonal axis. There are two flange sizes of the Fiber Bundle Coupler available to match the 1 and 2 inch diameter sizes of the Beam Condensing Assembly. Please note that the SMA Fiber Coupler should not be used on its own without the beam condensing assembly as otherwise the light collection efficiency from the light source is very low.

$ 437.00

This option adds an additional 2 filter positions to the FH-SS filter holder. The FH-SS and FH-SS-ADD option are designed to be used with Sciencetech FT-75-3 type blank filter holders as well as filters that include the -FT option. The FH-SS filter holder is used with Sciencetech's line of Fully Reflective solar simulators as well as the Solar Lightline and SciSun solar simulators.

$ 350.00

This is an SMA fiber coupler (FC style also available) with an interface flange mount to the input port of a Sciencetech monochromator or spectrograph (fiber not included). Please note two versions are available. One version is for the Sciencetech 9030 monochromator which utilizes its own slit interface flange design. The other version is for all other Sciencetech Series 9000 and 8000 monochromators and spectrographs which use a common slit interface flange design. With an FIB1 at the input port, a slit (fixed or adjustable) is not necessary as the width of the input fiber typically defines the input slit width. Please note that this fiber connection does not address the f number matching issue between the fiber and the monochromator or spectrograph. Hence if it is used at the input port of the monochromator or spectrograph, significant light loss can be expected with the fiber having an f number closer to 1. If this is an issue, please speak to a Sciencetech Applications Specialist about using a condensing lens assembly with the FIB4 or FIB5 instead.

$ 230.00