LTSYS-Cc
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The easy to use measurement solutions based on cryogen-free
systems
The LTSYS-Cc measurement system relies on a pulse tube based
closed cycle cryostat allowing measurements
at temperatures as low as 4 K and magnetic
fields up to 8 T (optional) without the need of liquid
coolants. Expensive running costs for the purchase,
transport, and storage of liquid Helium as well as safety
hazards can be avoided. With the He3 system, temperatures < 300
mK can be easily accessed. For even
lower temperatures, attocube systems offers an optional
Adiabatic Demagnetization Refrigerator (ADR)
and a Dilution Refrigerator (DIL) unit with a base temperature
of 100 mK and 20 mK, respectively. A variety
of SPM as well as probe station inserts are available
covering a large variety of applications.
Three LTSYS-Cc systems are available:
LTSYS-Cc: Temperatures down to 4 K can be reached with the standard
closed-cycle system. Optional, superconducting magnets up to
9 T are available. The inserts are cooled by a controlled exchange
gas atmosphere.
LTSYS-CcHe3: The closed-cycle
He3 option allows operation and measurements at temperatures < 300
mK with a hold-time of up to 50 h (no load applied).
LTSYS-CcADR: This system allows plug-and-play cryogenic measurements
at temperatures as low as 100 mK. The automation level facilitates
an operation for non-expert users.
LTSYS-CcDIL: The lowest base temperature of
20 mK can be achieved with this system.
The basic system includes the following components:
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closed-cycle cryostat with a 2“ insert
fitting attocube microscope and probing inserts |
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patented vibration and acoustic noise dampening system
attoDAMP™ |
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high-end SPM controller ASC500
or confocal microscopy
controller ASC400 for intuitive controlling of the microcope
modules. |
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piezo Controller for
coarse positioning and scanning of the sample. |
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workstation PC with TFT-monitor |
Options:
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He3 insert for base temperatures down to 300 mK |
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ADR insert for base temperatures down to 100 mK |
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dilution refrigerator insert for base temperatures down
to 20 mK |
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superconducting magnets up 9 T |
Request Quotation & Support
: |
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Available
Measurement Heads: |
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Atomic
Force Microscopes, AFM
Confocal Microscopes, CFM
Cryogenic Probe Stations |
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