The combination of high fields, fast ramp rates, and a cryogen-free platform makes these dipole magnets a versatile and efficient solution for advanced materials research and high-throughput industrial applications.

The versatile design of our fast-ramping dipoles makes them ideal for a wide range of scientific and industrial uses:

• Materials Analysis: Perfectly suited for Magneto-Optic Kerr Effect (MOKE) analysis and characterizing high-coercivity materials.
• Component Testing: Extensively used in the commercial development of hard-drive components, where high fields and fast ramps enable high-throughput testing of next-generation materials.
• Metrology and Calibration: Ideal for Hall probe calibration and integration into Vibrating Sample Magnetometer (VSM) systems.
• Physics Research: Adaptable for Hall effect measurements, transport measurements, and various variable-temperature optical cryostat setups.

• Rapid Sample Characterization: Continuous fast-ramping capabilities, with zero to full field achieved in as little as 15 seconds (XU series, 0-7 Tesla), significantly increasing sample throughput.
• High Field Strength: Enables the analysis of high-coercivity magnetic materials that are beyond the reach of conventional electromagnets.
• Compact & Easy to Site: The compact design and low fringe field allows sensitive instruments to be located nearby without interference.
• Cryogen-Free Operation: No need for liquid helium or nitrogen, eliminating handling, storage, and safety concerns associated with cryogens. This also allows for rapid cooldown times.
• Customisable & Versatile: We offer various customizations, including adjustable pole gaps, removable pole tips for large axial access, and a range of user-changeable poles for applications requiring high homogeneity or optical access.