Our cutting-edge magnets generate strong, uniform static magnetic fields essential for Magnetic Resonance Imaging (MRI). These magnets align proton magnetic moments, enabling the detection and spatial encoding of signals to produce high-resolution internal body images. RF and gradient coils complement the main magnet to ensure precise resonance and image reconstruction. They are ideal for diagnostic imaging in hospitals and research institutions, enhancing the accuracy of detecting and monitoring medical conditions.

Key Features:

• Creating a Strong Magnetic Field (B0): 

  A large superconducting magnet generates a strong, uniform static magnetic field (1.5-3 Tesla). Aligns the magnetic moments of hydrogen nuclei (protons) in the body.

• RF Pulses and Resonance: Emit radiofrequency pulses at the Larmor frequency. Disturb the alignment of protons, creating transverse magnetization.

• Relaxation and Signal Detection: 

  Protons return to equilibrium aligned with B0, involving T1 and T2 relaxation. RF coils detect the emitted signal during this process (free induction decay, FID).

• Spatial Encoding: 

  Generate small, varying magnetic fields superimposed on the main field. Spatially encode the signal by varying the magnetic field strength, determining the signal's origin.

• Image Reconstruction: 

  Detected signals are processed and transformed into high-resolution images using Fourier transformation.

Boost your MRI capabilities with our advanced magnetic solutions. Contact us to discuss how we can support your project’s success in the medical market.