KelvinoxMX

Flexibility: The KelvinoxMX range provides flexibility and modularity for a wide range of applications

Versatile: This is an ideal platform to customise your own experiment

Ease of use: All inserts are supplied with a gas handling system enabling automation of the insert cool down

Cooling power at 100 mK: ≥ 400 µW for KelvinoxMX400 and ≥ 200 µW for KelvinoxMX200

Base temperature: ≤ 10 mK (basic secondary insert fitted) and ≤ 17 mK (other secondary insert fitted) for KelvinoxMX400 and KelvinoxMX200

Base temperature stability: ± 1 mK for KelvinoxMX400 and KelvinoxMX200

Maximum temperature: 1 K for KelvinoxMX400 and KelvinoxMX200

Sample environment: Vacuum for KelvinoxMX400 and KelvinoxMX200

Continuous operation: Standard for KelvinoxMX400 and KelvinoxMX200 (No regeneration cycle required)

• Semiconductor Quantum Hall effect
• Quantum dots
• Single electron tunnelling
• Quantum computing Magneto-resistance
• Hall effect
• RF transport high frequency conductivity
• Solid state physics heavy fermion systems
• Metal insulator transition
• Spin glass
• Mesoscopic systems
• Giant magnetic resistance Specific heat
• De Haas-van alphen oscillations
• Solid state NMR
• Electrical resistivity
• Magneto-resistance
• Neutron scattering
• Superconductivity low Tc superconductors
• Quantum computing
• Josephson junctions
• Flux vortices
• Quantum initial phenomena electrical resistivity
• Scanning spectroscopy (STM/AFM)
• SQUID characterisation 
• AC susceptibility
• Astrophysics & cosmology Low temperature detectors
• Superconducting tunnel junctions
• GE bolometers Electrothermal measurements
• Voltage biased measurements
• Low energy photon detection
• Metrology Quantum hall effect
• Voltage standards
• Current standards Magneto-resistance
• DC & AC low frequency transport and magnetic measurements
• Single electron tunnelling