HTS-110 jobs and careers

About HTS-110

HTS-110 is a global leader in high-temperature superconducting (HTS) magnet systems, delivering cryogen-free solutions that operate at 20–60 K—far above the ~4 K required by low-temperature superconductors (LTS). By eliminating liquid helium, we simplify cooling, reduce costs, and achieve high magnetic fields in compact footprints suitable for cutting-edge applications across research and industry. Founded in 2004 to commercialise Bi-2223-based magnets, our team has since expanded to integrate ReBCO conductors, creating even stronger fields with enhanced mechanical stability. Our track record includes early deployments in x-ray and neutron beamlines, plus a 9.4 T dry NMR magnet—the first to demonstrate high-resolution spectroscopy without liquid helium top-offs. In 2019, we reached a new 12 T benchmark, delivering a split-pair magnet designed from the ground up for superconductor characterisation. Today, our portfolio spans: - CryoSaver™ Current Leads: Minimising conduction losses and efficiently transferring power into cryogenic environments - SuperCurrent Instruments: Automating wire testing under realistic field and temperature conditions, accelerating HTS conductor QA - Beamline & NMR Systems: Compact, cryogen-free electromagnets engineered for sample access, fast ramping, and high thermal stability - Custom HTS Solutions: From concept feasibility to final commissioning, under one roof—shortening time to market for specialised research or pilot-scale industrial projects By combining HTS coils, integrated quench protection, and precision cryocooling, we deliver magnets that push the boundaries of performance—be it advanced material analysis, next-generation fusion prototypes, or industrial QA lines. Whether you need a compact beamline magnet, an NMR system with minimal overhead, or a fully custom HTS assembly, HTS-110 brings decades of R&D and real-world manufacturing expertise to every project. Contact us to explore what HTS could do...

Founded in 2004 by Donald Pooke.