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Home >Applications > Optical Spectroscopy

Optical Spectroscopy

All of these cryostats are well suited for optical spectroscopy experiments. These systems are typically equipped with two high purity quartz windows with large optical access. Please consult the factory for wiring options.

X-1AL
Economy

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This low cost vacuum shroud is well suited for electrical, magnetic, and optical experiments. It provides up to 4 windows and has F/1.0 to collect weak signals. The sample space is 1.4 inches in diameter by 1.5 inches long. The vacuum shroud attaches via a double o-ring which allows for rotation under vacuum. The threaded aluminum radiation shield allows for easy optical alignment, without additional hardware.

Cryostat Model Type Power Cost
CS202*E-DMX-1AL CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
CS204*E-FMX-1AL CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs

X-1SS
High Performance

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This high performance vacuum shroud is well suited for electrical, magnetic, and optical experiments. It has 5 window ports and has F/0.8 to collect weak signals. The vacuum shroud attaches via a double o-ring which allows for rotation under vacuum. The nickel plated copper radiation shield provides a durable low emissivity finish. This system can achieve vacuum levels of 10-7 Torr.

Cryostat Model Type Power Cost
CS202*I-DMX-1SS CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
CS204*I-FMX-1SS CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
CS210*I-GMX-1SS CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
LT3-WMX-1SS Flow A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar Signs

X-4
Large Sample

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This stainless steel vacuum shroud is designed for optical and electrical testing of large samples. It comes standard with 4 window ports and provides an option for a 5th window on top. With a sample space of at least 1.87 inches in diameter and 3.5 inches in length, this system is ideal when larger sample space is required. The vacuum shroud attaches via a double o-ring which allows for rotation under vacuum.

Cryostat Model Type Power Cost
CS202*I-DMX-4 CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
CS204*I-FMX-4 CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs

X-12
Narrow Gap

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This narrow gap vacuum shroud is designed to be put between the poles of a magnet. Two window ports come standard, allowing for access perpendicular to the magnet poles. The window ports have a 1 inch diameter clear view and a sample space of at least 1 inch in diameter by 1.1 inches long. The X-12B provides a similar setup but is slightly narrower. This vacuum shroud attaches via a double o-ring and allows for rotation while system is running.

Cryostat Model Type Power Cost
CS202*E-DMX-12 CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
CS204*E-FMX-12 CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
LT3-110-WMX-12 Flow A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar Signs

X-16SS
High Performance

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This high performance vacuum shroud provides all of the benefits of the X-1SS and has a longer sample space, which makes it ideal for long samples and liquid samples. This vacuum shroud is well suited for electrical, magnetic, and optical experiments. The vacuum shroud attaches via a double o-ring which allows for rotation under vacuum. This system comes standard with a welded instrumentation skirt which allows for vacuum levels of 10-7 Torr.

Cryostat Model Type Power Cost
CS202*I-DMX-16SS CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
CS204*I-FMX-16SS CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
LT3-WMX-16SS Flow A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar Signs

X-19-OP
Sample in Vapor

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These sample in vapor closed cycle cryostats feature a fast sample change and quick cooldown times. The helium vapor is particularly useful for cooling samples that do not conduct heat well. The optical systems come standard with 4 window ports and with warm and cold windows. A variety of options allow this system to be customized to fit the researcher's needs, including custom tail pieces, load lock gate valves and low vibration interfaces.

Cryostat Model Type Power Cost
CS204*F-FMX-19-OP CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
CS210*F-GMX-19-OP CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs

X-20
Ultra Low Vibration

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The Ultra Low Vibration Interface allows for 3-5 nm of vibration at the sample. This system uses a helium exchange gas to decouple the cryocooler from the interface. This system comes standard with 4 window ports and has an F/1.4. The minimum sample space is 1.9 inches in diameter by 1.5 inches long. A wide variety of options are available for easy sample change and translation capabilities.

Cryostat Model Type Power Cost
CS202*F-DMX-20 CCR A Relative Display of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
CS204*F-DMX-20 CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
CS210*F-GMX-20 CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Watts of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs

PS
Probe Station

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The ARS manufactured cryogenic probe station provides a high vacuum cryogenic enviroment (4 K- 800 K) for measuring multiple devices consecutively. The system features < 1 μm vibration levels along with up to 8 probes with 1 μm sensitivity over a 2 inch measurement area. Custom wiring for mircowave (0-67 GHz) measurements is available. This system comes standard with large optical access; a 7:1 zoom microscope with ring light is optional.

Cryostat Model Type Power Cost
PSF-10-1-4 CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
PSG-10-1-4 CCR A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs
PSW-10-1-4 Flow A Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Cooling Power increasing from 1-4 SnowflakesA Relative Display of Cooling Power increasing from 1-4 Snowflakes A Relative Display of Initial Monitary Cost From 1-4 Dollar SignsA Relative Display of Initial Monitary Cost From 1-4 Dollar Signs