• High-Field Performance in a Compact Design: Our HF solenoids are engineered to deliver powerful magnetic fields while minimising spatial and operational demands.
  • Up to 18 T in a Shielded Package: Achieve high-field strength for demanding applications, while integrated passive shielding keeps the 5 Gauss fringe field line typically less than 200 mm from the magnet surface, protecting nearby sensitive equipment. Additional shielding can be implemented on request.
  • Generous Sample Access: Standard models feature a room-temperature bore of up to 80 mm, providing ample space for a wide range of sample environments and probes.

  Simplified, Cryogen-Free Operation: By eliminating the need for liquid cryogens, the HF series reduces complexity and running costs, allowing you to focus on your research.

  • No Liquid Helium or Nitrogen: A high-reliability, closed-cycle cryocooler removes the cost and logistical challenges of sourcing and handling liquid cryogens.
  • Maximise Experimental Throughput: Fast ramp rates (typically zero to full field in under 300 seconds) and rapid system cooldown times enable you to acquire more data in less time.
  • Easy Siting and Integration: The compact, low-fringe-field design allows for installation on standard laboratory floors, with the flexibility to site the compressor and power supply up to 20 metres away.

A Versatile and Customisable Platform: The HF series is a flexible platform that can be tailored to the specific requirements of your experiment.

• Adaptable for Multiple Techniques: The system’s performance and accessibility make it ideal for a variety of applications, including MOKE, FTMS, magnetometry, and scanning probe microscopy.
• High Stability for Demanding Measurements: The excellent temporal stability and spatial uniformity of the HF platform make it a robust foundation for techniques requiring high-resolution analysis, such as NMR and FTMS.
• Robust for Demanding Materials Processing: The high thermal margin available for HTS operation allows a very robust mechanical design, perfect for materials processing applications in rugged environments.
• Optical Access & VTI Ready: The magnet is designed to be configured for optical access and readily integrates with third-party variable temperature inserts.

View the 2nd generation 300 MHz NMR Spectroscopy Magnet for high-resolution NMR spectroscopy.