Cryogen Free VTI
Custom Cryogen-FREE variable temperature cryostat with 2.5inch (61mm) sample [...]
C-Mag Vari-12 with Linear Actuated Sample Rotation and DAC
C-Mag Vari-12, 12 Tesla Split Pair Optical Cryogen-FREE [...]
6-1-1 Tesla C-Mag 3-Axis Optical Superconducting Magnet System
C-Mag Vari-611-Optical, 6-1-1 Tesla 3-Axis Optical Cryogen-FREE superconducting [...]
5 Tesla C-Mag Split Pair Optical Superconducting Magnet System
C-Mag Vari-5S-Optical, 5 Tesla Split Pair Optical Cryogen-FREE superconducting magnet system cooled by a single Pulse Tube cryocooler
7-2-2 Tesla 3-Axis Cryogen-FREE Magnet System VRTB
7.0-2.0-2.0 Tesla, 3-Axis Cryogen-FREE superconducting magnet system with 2.0 Tesla spherical vector rotation and 3.00 inch vertical room temperature bore.
9-2-2 Tesla C-Mag 3-Axis Superconducting Magnet System with He3
C-Mag 9/2/2 Tesla 3-Axis Cryogen-FREE superconducting magnet system cooled by a single 1.5W Pulse Tube cryocooler to conductively cool the magnet and cryostat as well as cooling a secondary closed loop helium circuit used for controlling the sample temperature. System features include a Helium-3 refrigerator mounted on a pneumatically isolated low vibration platform, inclinometer, automated (mass-flow) needle valve.
7 Tesla Optical C-Mag Superconducting Magnet System with Diamond Windows
C-Mag Vari-7S-Optical, 7 Tesla Split Pair Optical Cryogen-FREE superconducting magnet system with diamond windows. X/Y and Z optical access.
9 Tesla C-Mag Magnet System with Low Vibration Platform
Low Vibration 9 Tesla Cryogen-FREE superconducting magnet system ideal for vibration sensitive methods such as Scanning Probe microscopy.
5 Tesla Split-Pair Superconducting Magnet System with Turret
5 Tesla Split Pair Cryogen-FREE superconducting magnet system. Compact design and multi-position turret allow for convenient access to both radial and axial room temperature bores.
Cryogen-FREE Optical Cryostat with Sapphire Windows
Cryogen-FREE optical cryostat compatible with 5T Split Pair superconducting magnet system. Custom variable temperature cryostat designed to allow for beamline research at temperatures ranging from 1.8K to 750K with minimal attenuation of neutrons.