Enhance Diagnostic Precision with Our Advanced MRI Magnets

Our state-of-the-art high-field MRI magnets are engineered to transform medical imaging by offering strong, uniform static magnetic fields essential for high-resolution and non-invasive imaging. Designed for hospitals and research institutions, these advanced magnets align proton magnetic moments to generate precise, detailed internal body scans. Paired with RF and gradient coils, these systems ensure optimal resonance and imaging reconstruction capabilities.

Key Product Features:

• Powerful Magnetic Field Generation (1.5-3 Tesla):

  • Utilize large superconducting magnets to create strong, uniform magnetic fields for effective proton alignment.

• RF Pulses & Proton Resonance:

  • Emit radiofrequency pulses at the Larmor frequency to disrupt proton alignment, creating transverse magnetization.

• Advanced Relaxation & Signal Detection:

  • Protons return to equilibrium states (T1 & T2 relaxation), with signals captured through RF coils during free induction decay (FID).

• Spatial Signal Encoding:

  • Apply varying, small magnetic fields over the main field to spatially encode signals and determine their origin.

• High-Resolution Image Reconstruction:

  • Detected signals are analyzed and processed using Fourier transformation for precise imaging results.

These advanced magnets are ideal for diagnostic imaging needs, enabling hospitals and research facilities to improve the detection and monitoring of medical conditions. Our MRI solutions streamline workflows and elevate imaging accuracy, empowering healthcare providers and researchers to make informed decisions with confidence.

Discover how our advanced MRI magnet technology can elevate your medical imaging capabilities. Contact us today to learn more about how we can support your projects in the medical market.