Our attoLIQUID cryostats are delivered with an attoDAMP anti-vibration cabinet, enabling ultimate stability for extremely sensitive measurements. This is achieved via careful acoustic and mechanical damping of the dewar inside the cabinet.
Liquid Helium Cryostats
When ultimate stability is required for vibration sensitive experiments, and helium supplies are secured by an appropriate local infrastructure (e.g. a helium liquefier plant), liquid helium based cryostats are still the laboratory equipment of choice for reaching low temperatures. The attoLIQUID series features helium bath cryostats with different base temperatures down to 300 mK. For high magnetic fields, each system can be equipped with superconducting magnets, either single solenoids, split coils or 2D/3D vector magnets.
Also for our liquid systems, we have taken special care to minimize vibrations and acoustic noise coupling into the sample environment by hosting every cryostat in our attoDAMP anti-vibration cabinets. Hence, independently of your choice of base temperature down to mK or magnet system, we can guarantee a proven ultra-low vibration performance for any of our attoLIQUID setups. This enables scanning probe microscopy and optical spectroscopy at variable temperatures with ultimate resolution, stability and sensitivity.
Large Sample Space
While most magnet systems feature only 1" diameter sample space, our attoLIQUID cryostats provide twice the diameter, and four times the area in cross-section. This leaves ample space for sophisticated cryogenic experiments, and is of course compatible with with our complete line of measurement options.
High Magnetic Fields
Choose from a range of high field single solenoid, vector field or split coil magnets for your attoLIQUID system with appropriate magnet power supply.
Plug & Play
Every attoLIQUID cryostat comes fully equipped with all necessary items for operation such as temperature controller, bipolar magnet power supply, pumps and KF fittings for a convenient and flawless operation straightaway.
4 K liquid helium bath cryostats with vibration damping and optional superconducting magnets for microscopy.
1.8 .. 300 K variable temperature liquid helium bath cryostats with vibration damping and optional superconducting magnets for microscopy.