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If you're working on fusion, beamline science or high-temperature superconductivity, come talk to the team who has designed and manufactured over 100 HTS magnets. #Fusion #Materials #NMR #Beamlines #ASC2026 #AppliedSuperconductivity #HighTemperatureSuperconductors

Over the last 3 years at ENC, the magnetic resonance community has been clear: Researchers don't want to be tethered to a central facility. They want high-field power directly in their fume hood or at their bench. We listened. By leveraging our proven ReBCO architecture, we’ve further reduced the "facility burden." (1) No three-phase power (2) No facility water cooling (3) Still, No cryogenic gases Bring analytical-quality magnetic fields directly into your lab. Read more about the 3Tracer 2.0 launch and HTS-NMR revolution below. https://lnkd.in/eqkb3NVX

Stelar s.r.l. and HTS-110 are proud to announce the global launch of the 3Tracer 2.0, a reimagining of Nuclear Magnetic Relaxation Dispersion (NMRD). By combining Stelar Srl’s global leadership in Fast Field Cycling (FFC) with HTS-110’s cutting-edge ReBCO magnet technology, we are offering a simplified, plug-and-play system that provides uncompromised power from 10 kHz up to 128 MHz. Join the over a dozen top-tier facilities already trusting this architecture.

It’s great to see our work getting covered by Magnetics Mag, thanks Ross. They’ve featured a current project with the European Spallation Source ERIC and a recent CEA / ILL - Institut Laue Langevin installation, highlighting 12 T and 14 T superconducting magnets heading from New Zealand to world-leading research facilities. HTS delivers exceptionally high fields in a compact footprint while remaining remarkably mechanically robust. It’s easy to see why it is now being specified for such critical research. Read the full piece here: https://lnkd.in/evgmu2mV

We’ve completely re-engineered the high-field user magnet experience. The 3Tracer 2.0 retains the precision of its predecessor while fitting seamlessly into a modern lab environment. The Specs: Weight: ~56 kg magnet core. Power: <500 W cryocooler power from a standard wall outlet. Cooling: Air-cooled and maintenance-free cryocooler. Software: Fully integrated with Stelar’s Storm6 analysis software. High-field variable NMRD is now a benchtop tool. Thank you Gianni Ferrante and the incredible team at Stelar Srl for your continued partnership.

HTS-110 has designed and manufactured cryogen-free superconducting magnets since 2004. Currently, typical systems use 2nd-generation ReBCO HTS wire, operate at 20–77 K on closed-cycle cryocoolers, and require no liquid helium. If you are considering an HTS solution for a new instrument, or upgrading an existing conventional magnet, please visit Site 12. This is a great opportunity to speak with our team and discuss what is possible for your setup.