Physics Research
High-Field Research Magnets
Custom REBCO solenoids and split-pair magnets for condensed matter physics, materials science, and quantum research.
Enabling Scientific Discovery
Modern condensed matter physics heavily relies on extreme magnetic environments. High-field environments are crucial for Fermi surface mapping, topological material discovery, quantum computing qubit characterization, and high-resolution magnetic resonance.
REBCO technology allows us to break through the ~23 Tesla upper critical field barrier that historically limited Low-Temperature Superconductor (LTS) magnets. By utilizing REBCO insert coils inside LTS outsert coils, hybrid magnets can achieve fields of 45T and beyond—such as the recent records set at the National High Magnetic Field Laboratory (NHMFL).
Primary Research Uses
Zero Resistance Custom Coil Stacks
We provide custom wound REBCO coil stacks delivering 5T to 30T tailored specifically for institutional researchers. Our magnet systems can be engineered in various complex geometries depending on the beam line or sample space requirements.
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Custom Geometries
Solenoids, split-pair configurations, and nested insert architectures tailored for specific cryostats.
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Quench Protection Integrity
Proprietary NI (No-Insulation) and co-wound protective winding technologies ensure coil survivability during high-field quench events.
Major High-Field Facilities
World-renowned research centers pushing the limits of DC and pulsed magnetic fields using HTS inserts.
NHMFL (USA)
The National High Magnetic Field Laboratory in Florida. Home to the world's strongest continuous magnetic fields achieved via HTS hybrid design.
HLD (Dresden)
Dresden High Magnetic Field Laboratory in Germany, conducting pioneering research in extreme environments.
RHMFL (China)
The Steady High Magnetic Field Facility in Hefei, utilizing advanced superconducting combinations to test novel materials.