Reference Designs
The C-Mag Vari-7S: a 7 Tesla cryogen-free split-pair superconducting magnet system with a remotely mounted Pulse Tube cryocooler.
The C-Mag Vari-7S-Optical: a 7 Tesla cryogen-free split-pair system with optical access perpendicular and along the magnetic axis.
5 Tesla superconducting magnet in a recondensing cryostat with a 15cm horizontal room temperature bore, optimized for low-energy radioactive ion beam generation.
Actively shielded 2 Tesla cryogen-free magnet system custom-built for magnetic annealing, with a large homogeneous region and an actively cooled inner bore.
1-1-1 Tesla C-Mag 3-axis optical cryogen-free system with optical access along all horizontal magnetic axes.
Compact 7.5 Tesla cryogen-free split-pair system with dual room temperature bores, compatible with optical cryostats.
Custom variable temperature cryostat for beamline research, compatible with a 5T split pair magnet, featuring dual sapphire viewing windows and a 1.8K–750K range.
Compact 5 Tesla cryogen-free split-pair system with a multi-position turret for convenient access to radial and axial room temperature bores.
9 Tesla cryogen-free C-Mag system on a low-vibration platform, ideal for vibration-sensitive methods such as scanning probe microscopy.
7 Tesla cryogen-free C-Mag system with axial and perpendicular optical access through diamond windows.
9-2-2 Tesla C-Mag 3-axis cryogen-free system with a Helium-3 refrigerator on a pneumatically isolated low-vibration platform.
7-2-2 Tesla 3-axis cryogen-free magnet system with 2 Tesla spherical vector rotation and a 3 inch vertical room temperature bore.
5 Tesla cryogen-free C-Mag split-pair system with axial and perpendicular optical access, cooled by a single Pulse Tube cryocooler.
12 Tesla cryogen-free C-Mag system with linear actuated sample positioning and an interchangeable sample rod for Diamond Anvil Cell (DAC) integration.
Custom cryogen-free variable temperature cryostat with a 2.5 inch sample space and optional low-vibration isolation, eliminating the need for liquid helium refills.
7 Tesla split pair magnet system with room temperature bores, liquid helium cooled with a liquid nitrogen shield and optimized for low boiloff.
Bespoke superconducting magnet system for high-frequency gyrotron tube applications, featuring three series-connected main coils plus supplementary cavity and gun coils.
Compact 6 Tesla superconducting magnet system combining high field strength with space efficiency, designed for affordable, easy-to-operate research applications.
2 Tesla actively shielded solenoid magnet system with 20 inch VRTB and zero-loss liquid helium recondensing capability, cooled by dual Sumitomo pulse tube cryocoolers.
C-Mag Vari-611-Optical, 6-1-1 Tesla 3-Axis Optical Cryogen-FREE superconducting magnet system cooled by a single 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.