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Cryostats for laboratories
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Dewar vessel cryostat - 2 - 50 l | Cryolab series
All Cryolabs are designed and manufactured to the very latest standards and offer strength and durability within a lightweight...
Dewar vessel cryostat - 2 - 50 l | Cryolab series
All Cryolabs are designed and manufactured to the very latest standards and offer strength and durability within a lightweight high-efficiency
package.
State of the art super-insulation and ultra-high vacuum techniques ensure unrivalled thermal efficiency and vacuum life.
With a range of storage capacities from 2 to 50 litres and an array of accessories designed to facilitate safe and reliable liquid nitrogen handling the Cryolab Series are ideal for laboratory applications.
package.
State of the art super-insulation and ultra-high vacuum techniques ensure unrivalled thermal efficiency and vacuum life.
With a range of storage capacities from 2 to 50 litres and an array of accessories designed to facilitate safe and reliable liquid nitrogen handling the Cryolab Series are ideal for laboratory applications.
Dewar vessel cryostat / stainless steel - 0.6 - 66 l | Open Dewar series
The Open Dewar series offers a range of open neck stainless steel dewars, sizes ranging from 0.05 litres to 80 litres...
Dewar vessel cryostat / stainless steel - 0.6 - 66 l | Open Dewar series
The Open Dewar series offers a range of open neck stainless steel dewars, sizes ranging from 0.05 litres to 80 litres capacity. Virtually unbreakable these dewars are resistant to vibration, impact or shock and are ideally suited to a wide range of general laboratory and industrial applications.
Special stainless steel baskets can be made to order for immersion applications. 'Dipper' ladels, often used for cooling Cryosurgical Probes are also available.
Special stainless steel baskets can be made to order for immersion applications. 'Dipper' ladels, often used for cooling Cryosurgical Probes are also available.
Cryostat - attoDRY700
The attoDRY700 offers an ultra-high numerical aperture, apochromatic confocal table-top microscope dedicated for cryogen-free low temperature operation....
Cryostat - attoDRY700
The attoDRY700 offers an ultra-high numerical aperture, apochromatic confocal table-top microscope dedicated for cryogen-free low temperature operation. To achieve this task, attocube has implemented a new apochromatic objective, providing an enhanced level of chromatic aberration correction with a numerical aperture (NA) of up to 0.95. As a result, ultra-high resolution images and spectra can be recorded with high collection efficiency, making this objective series ideal for experiments on e.g. quantum dots, photonic crystals or NV color centers in diamond.
Cryostat - attoDRY1000
The attoDRY1000 is a cryogen-free cooling system setting new performance benchmarks...
Cryostat - attoDRY1000
The attoDRY1000 is a cryogen-free cooling system setting new performance benchmarks and making possible what was considered impossible only a few years ago. The attoDRY1000 was specifically designed to provide an ultra-low vibration measurement platform for cryogenic scanning probe experiments, without the need for liquid helium.
Liquid helium bath cryostat - attoLIQUID1000
attocubes attoLIQUID1000 cryogenic system is based on highly efficient liquid Helium bath cryostats with 50 l cryogenic liquid reservoir. As with the whole attoLIQUID family, the attoLIQUID1000 has been optimized for highest stability, enabling experiments such as...
Liquid helium bath cryostat - attoLIQUID1000
attocubes attoLIQUID1000 cryogenic system is based on highly efficient liquid Helium bath cryostats with 50 l cryogenic liquid reservoir. As with the whole attoLIQUID family, the attoLIQUID1000 has been optimized for highest stability, enabling experiments such as ultra high resolution imaging and/or spectroscopy using scanning tunneling microscopy (STM) or long-term optical investigations of single quantum dots over several weeks. A large variety of microscopy and probe inserts cover a broad spectrum of measurement tasks. Superconducting magnets up to 15 T are available with this system.
The attoLIQUID1000 facilitates a base temperature of 4.2 K which can be furthermore reduced down to 1.8 K by pumping on the Helium reservoir. All of attocubes available scanning probe microscopy inserts are compatible with the attoLIQUID1000 and are cooled by a controlled exchange gas atmosphere in thermal equilibrium with the surrounding liquid Helium. Both superconducting solenoids (up to 15 T) and vector magnets are available as upgrade option.
The attoLIQUID1000 facilitates a base temperature of 4.2 K which can be furthermore reduced down to 1.8 K by pumping on the Helium reservoir. All of attocubes available scanning probe microscopy inserts are compatible with the attoLIQUID1000 and are cooled by a controlled exchange gas atmosphere in thermal equilibrium with the surrounding liquid Helium. Both superconducting solenoids (up to 15 T) and vector magnets are available as upgrade option.
Liquid helium bath cryostat - attoLIQUID2000
The attoLIQUID2000 cryogenic system is based on highly efficient liquid Helium bath cryostats with 50l cryogenic liquid reservoir in combination with a variable temperature insert.
Cryostat - max. +4.2 °K | LT3
The LT3 is an advanced liquid helium flow cryostat utilizing many unique features, such as the matrix heat exchanger and the co-axial shield flow transfer line, to achieve unparalleled...
Cryostat - max. +4.2 °K | LT3
The LT3 is an advanced liquid helium flow cryostat utilizing many unique features, such as the matrix heat exchanger and the co-axial shield flow transfer line, to achieve unparalleled efficiency and vibration levels.
The LT3 cryocoolers are typically equipped with a stainless steel instrumentation skirt, with our unique double o-ring design that allows for easy attachment, alignment, and removal of the vacuum shroud.
For goniometer users, the LT3K was designed to integrate with the Newport Kappa Goniometer and the LT3G was designed to fit into the Huber 5012.12 cryostat mount. The small radial clearance of the LT3G also makes it ideal for many other manipulator applications.
The LT3 cryocoolers are typically equipped with a stainless steel instrumentation skirt, with our unique double o-ring design that allows for easy attachment, alignment, and removal of the vacuum shroud.
For goniometer users, the LT3K was designed to integrate with the Newport Kappa Goniometer and the LT3G was designed to fit into the Huber 5012.12 cryostat mount. The small radial clearance of the LT3G also makes it ideal for many other manipulator applications.
Cryostat - +4.2 °K ... +350 °K | LT3B Helitran®
The ARS manufactured LT3B Helitran® is a true UHV cold head (10-11 Torr) where all of the rubber o-ring seals have been replaced with welded joints and metal seals.
Like all of our...
Like all of our...
Cryostat - +4.2 °K ... +350 °K | LT3B Helitran®
The ARS manufactured LT3B Helitran® is a true UHV cold head (10-11 Torr) where all of the rubber o-ring seals have been replaced with welded joints and metal seals.
Like all of our...
Like all of our...
Cryostat - +4.2 °K ... +350 °K | LT3-OM
With unique features not found in other cryostats, the LT3-OM is designed for Micro-Raman spectroscopy experiments, as well as other types of low-vibration spectroscopy and microscopy experiments. A slim 1.52" profile allows the Micro-Raman cryostat to fit on most microscope stages....
Cryostat - +4.2 °K ... +350 °K | LT3-OM
With unique features not found in other cryostats, the LT3-OM is designed for Micro-Raman spectroscopy experiments, as well as other types of low-vibration spectroscopy and microscopy experiments. A slim 1.52" profile allows the Micro-Raman cryostat to fit on most microscope stages. Also it has a continuously adjustable sample holder, enabling the user to fine tune the placement of the sample within the working distance of their microscopy system.
TThe Micro-Raman cryostats vacuum shroud is constructed entirely of polished, welded stainless steel for a cleaner sample environment. The smooth durable stainless steel finish limits the residual vapor pressure (partial pressure) of water and oil, and reduces the probability of mono layers of water forming on the sample surface. This leads to no water peaks during the experiment.
The Micro-Raman cryostat benefits from all of the features that set the ARS manufactured LT3 cryostats apart from all other flow cryostats, including the coaxial shield flow transfer line and Matrix heat exchanger for low helium consumption and high cooling power.
TThe Micro-Raman cryostats vacuum shroud is constructed entirely of polished, welded stainless steel for a cleaner sample environment. The smooth durable stainless steel finish limits the residual vapor pressure (partial pressure) of water and oil, and reduces the probability of mono layers of water forming on the sample surface. This leads to no water peaks during the experiment.
The Micro-Raman cryostat benefits from all of the features that set the ARS manufactured LT3 cryostats apart from all other flow cryostats, including the coaxial shield flow transfer line and Matrix heat exchanger for low helium consumption and high cooling power.
Cryostat - +4 °K | LTR
The LTR is specifically designed for X-band EPR, and ESR measurements. The sample is cooled by a jet of liquid...
Cryostat - +4 °K | LTR
The LTR is specifically designed for X-band EPR, and ESR measurements. The sample is cooled by a jet of liquid helium inside a quartz cuvette. We offer glassware designed to fit into the Bruker cavity, as well as Varian and JEOL glassware sets.
LTR benefits from some of the features that set the ARS manufactured LT3 cryostats apart from all other flow cryostats, including the coaxial shield flow transfer line and impedance valve.
LTR benefits from some of the features that set the ARS manufactured LT3 cryostats apart from all other flow cryostats, including the coaxial shield flow transfer line and impedance valve.
Cryostat - +4 °K ... +350 °K | LT4-DMX-1AL
The LT4-DMX-1AL is our lowest cost liquid flow cryostat for optical and...
Cryostat - +4 °K ... +350 °K | LT4-DMX-1AL
The LT4-DMX-1AL is our lowest cost liquid flow cryostat for optical and electrical experiments. The LT4 works with either liquid helium or liquid nitrogen. The LT4 utilizes a standard transfer line and cold tip. If you need lower vibrations, take a look at the high performance LT3-WMX-1.