CryoFree HTS Magnets

By HTS-110 Ltd, Wellington, New Zealand


Production QC


Synthesis Confirmation




The HTS-NMR platform provides unrivalled performance for our cryogen-free NMR magnets and instruments in the 200MHz-400MHz range. A unique feature is the ability to operate at varying fields, opening up a wide range of research and industrial applications. With a high tolerance to vibration, HTS-NMR analysers are ideal for both remote or mobile laboratories and demanding process applications alike. One magnet, multi-purpose: HTS-110’s variable field magnet systems are suitable for High Resolution Spectroscopy, NMR Relaxometry, Field Cycling NMR and NQR.

The World’s First CryoFree 200 MHz HTS Magnet

HTS-NMR can be used for in-line chemical reaction monitoring, process control and quality assurance in a diverse range of industries, including:

  • Biofuels and Polymers
  • Fine Chemicals
  • Food and Beverage
  • Petrochemical
  • Pharmaceutical
  • Research

Accurate monitoring and control of chemical conversion processes can provide

  • Rapid return on investment
  • More consistent product composition
  • Reduced variable costs in production

HTS-NMR delivers these benefits through enabling:

  • Multiple NMR methods with a single cryogen-free instrument
  • A low stray field which is safe for operators and which allows other instruments to be placed nearby
  • Turn on and off as required – allowing safe plant monitoring and maintenance
  • Easy relocation – enabling movement between experiments to different plant sectors, or for use in a mobile laboratory

More Information

HTS-110 Downloads

Our Partner

OEM Magnet Designer


Veritas NMR

200 MHz HTS Magnet

Pfizer-Groton 200MHz Magnet with Probe - Front - 800W -001

Reaction Monitoring

Veritas NMR for Reaction Monitoring

Protasis integrates HTS-110 magnets into Veritas NMR Process Analyzers for reaction monitoring and production QC applications.

Optimize Your Process with Veritas NMR!

Generate Certificates of Performance with Protasis Qomply software.