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attoDRY2100 Cryostat
Attocube
attoDRY2100 Cryostat

DETAILS

attoDRY2100 

automated top-loading cryostat with variable temperature & superconducting magnet


○ closed-cycle & low vibration cryostat platform

→ no liquid helium required & enables SPM


○ automated temperature and magnetic field control

→ fast parameter change via touchscreen


○ variable temperature (1.65 ~ 300K) @ Full field

→ transport measurements & LT-SPM






At the top of our range of top-loading, closed-cycle cryostat, the attoDRY2100 offers a continuous base temperature of 1.65 K, an automated temperature & magnetic field control from 1.65 K to 300 K and your choice of superconducting magnet. It even allows for full magnetic field even at 300 K with exceptional temperature stability, as well as for field cooling of samples without the need to handle liquid helium. It is hence the best choice as your variable temperature cryostat for any low temperature experiment, be it magnetotransport measurements, confocal microscopy & spectroscopy or scanning probe microscopy.

The integrated touchscreen allows for conveniently setting the desired field (B) and temperature (T) without even using a PC. More elaborate measurement schemes such as programmable sweeps of B and T are easily possible via a USB connection and a LabVIEW interface. The top-loading design enables quick and easy sample exchange, while offering a generous sample space of 49.7 mm in diameter.

The unmatched cooling performance via exchange gas coupling provides an initial cooldown time of the complete system of around 15-20 hours, while the turn-around time during sample exchange is around 5-8 hours.

Last but not least, the closed-cycle cryostat attoDRY2100 was specifically designed to provide an ultra-low vibration measurement platform for cryogenic scanning probe experiments without the need for liquid helium. Due to a proprietary design, mechanical vibrations created by the pulse-tube coldhead are decoupled from the measurement platform. When measured with the attoAFM I, vibration amplitudes of less than 0.15 nm RMS are routinely achieved (bandwidth of 200 Hz, vertical direction).



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Features


closed_cycle_cryostat_eNSPIRE-features-teaser.png

eNSPIRE

advanced control for attocube cryostats

cryostats, features, removable optical breadboard

Optical Breadboard Add-On

option for attoDRY1000/2100

cryostats, features, cfm base kit

CFM Base Kit

for magneto optics (optional)

cryostats, features, basic measurement insert

Basic Measurement Insert

option for attoDRY1000/2100





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Accessories






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Compatible Microscopes






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Field of Applications


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Application Snippets

Let's Twist Again into Mott Hubbard Physics attoDRY2100

Let's Twist Again into Mott-Hubbard Physics

Excitons in TMD for valleytronics attoCFM I attoDRY2100

Excitons in TMD for valleytronics

Signatures of a degenerate many body state of excitons in van der Waals heterostacks attoDRY2100

Signatures of a degenerate many-body state of excitons in van der Waals heterostacks

Isolating Hydrogen Gas inside H BN Bubbles attoAFM I attoDRY2100

Isolating Hydrogen Gas inside H-BN Bubbles

Enhanced coupling of NV centre's spins and photons closed cycle cryostat attoDRY2100 and transmissionvconfocal microscope

Enhanced coupling of NV-centre's spins and photons

In situ electrical biasing technique in MoS2 closed cycle attoDRY2100 and confocal microscope attoCFM I

In-situ electrical biasing technique in MoS2

Collective electronic excitations of dipolar excitons closed cycle cryostat attoDRY2100 cryogenic confocal microscopy attoCFM

Collective electronic excitations of dipolar excitons

The perfect dry VTI: excellent temperature stability and field cooling closed cycle cryostat attoDRY2100

The perfect dry VTI: excellent temperature stability and field cooling




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