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Cryogenic High Field CFMS – Cryogen-Free Measurement System (9–18 Tesla)

Cryogenic High Field CFMS – Cryogen-Free Measurement System (9–18 Tesla)
Brand: Cryogenic
Product Code: HF918
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Specifications: (see all)
Measured / controlled parameters
Electrical resistance, conductivity, magnetic susceptibility, heat capacity, temperature, magnetic field.
Measurement / testing range
Temperature
Measurement accuracy / precision
±0.01 K at 10 K, ±0.1 K at 100 K, ±1 K at 300 K.
Maximum load / force
Not applicable (non-mechanical measurement system).
Frequency / testing speed range
depends on installed measurement module
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The Cryogenic High Field CFMS (9–18 Tesla) is an advanced cryogen-free measurement system developed for the study of material properties under extreme conditions. Using superconducting magnets, the system eliminates the need for liquid helium, offering cost-effective and convenient operation.

It allows researchers to perform a wide range of experiments, including:

  • Measurement of electrical resistance and conductivity;

  • Superconductivity and quantum effects analysis;

  • Magnetization studies and phase transition characterization;

  • Thermal property analysis at cryogenic temperatures.

The system operates within a temperature range of 1.5 K to 400 K and provides stable magnetic fields of up to 18 Tesla. Its modular design supports multiple measurement inserts, including transport, magnetization, and heat capacity modules.

Key Advantages:

  • Cryogen-free technology (no liquid helium required);

  • High magnetic fields up to 18 Tesla;

  • Broad temperature range (1.5–400 K);

  • Modular design for multiple experiment types;

  • Full integration with modern data acquisition and analysis software;

  • High accuracy and long-term stability.

The Cryogenic High Field CFMS is widely adopted in cutting-edge research facilities for solid-state physics, superconductivity, nanotechnology, and quantum materials research, making it a reference tool for advanced material science.

Tags: Mechanical and physical-chemical tests

Mechanical and physical-chemical tests
Measured / controlled parameters
Electrical resistance, conductivity, magnetic susceptibility, heat capacity, temperature, magnetic field.
Measurement / testing range
Temperature
Measurement accuracy / precision
±0.01 K at 10 K, ±0.1 K at 100 K, ±1 K at 300 K.
Maximum load / force
Not applicable (non-mechanical measurement system).
Frequency / testing speed range
depends on installed measurement module
Test temperature range
1.6–400 K (down to 0.3 K with He³ insert).
Test humidity range
Standard laboratory conditions, 5–28 °C.
Test method / operating principle
Cryogenic measurements using superconducting magnets; cryogen-free operation (no liquid helium).
Control type
Computer control with digital Lakeshore controllers.
Availability of automatic mode / programmable cycles
Yes, automatic stabilization of temperature and magnetic field.
Number and type of sensors
Temperature, magnetic field, pressure, and gas-level sensors (Lakeshore series).
Deformation speed / heating-cooling rate
Cool-down from 300 K to 1.6 K in approximately 2 hours.
Working chamber / test table material
Stainless steel and aluminum with vacuum insulation.
Working chamber volume / test table size
Internal diameter 25 mm (VTI Sample Space).
Cooling / ventilation system
Sumitomo SRDK408 cryocooler with water cooling 7 L/min, 5–30 °C.
Lubrication / medium supply system
Gaseous helium circulation in closed CFVTI loop.
Drive type
measurement system
Interfaces and outputs
Ethernet, RS-232, USB for data acquisition and PC connection.
Software / PC compatibility
Cryogenic Control Suite, Lakeshore software, compatible with LabVIEW and Python SDK.
Data storage / memory availability
Yes, internal data storage with external export option.
Display / indication type
Digital display on controller and computer interface.
Calibration / self-diagnostic capability
Automatic calibration and built-in self-diagnostics.
Power supply
3-phase 200 V, 25 A, 50/60 Hz, power 7.5 kVA.
Dimensions
Compressor: 450 × 500 × 632 mm.
Weight
115 kg
Package contents
Superconducting magnet (9–18 T), CFVTI cryostat, cryocooler, Lakeshore controller, helium gas loop, cables, and software.
Country of origin
United Kingdom
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