MRI

  • Short bore magnet
  • ADS technology
  • Liquid helium “0” boil-off
  • Magnet type: Superconducting
  • Magnetic field strength: 1.5T ± 1%
  • Magnet length: 157cm
  • Magnet bore diameter: 605mm±5mm
  • Liquid refilling interval: ≥ 5 years

In Stock

Description

1.5T MRI System AG-MRI1.5

Introduction

AG-MRI1.5 MRI system is a new generation superconducting MRI system designed focused on user concerns, based on over 30 years of experience in research and development.This mri system is equipped with a new generation of hardware and software platforms to help users a lot and provide patients with more comfortable experiences. It features a new user-friendly design faster-imaging speed higher image quality and high work efficiency.

AG-MRI1.5 MRI system provides not only conventional pulse sequences and basic clinical applications but also advanced functional applications. It adopts a brand new APEX operating system which ensures easy operation and fast diagnosis.

Technical Advantages

1. Short bore magnet with zero liquid helium “0” boil-off technology;
2. Powerful and high linearity gradient system;
3. High efficiency system combined with Dual-engine parallel acquisition technology;
4. Multi-channel phased array receiving coil with intelligent identification ;
5. Soft sound technology decreases the noise of scanning;
6. Complete clinical application package to meet all your clinical needs

– Magnet system

  • Short bore magnet
  • ADS technology
  • Liquid helium “0” boil-off
  • Safe and reliable

– Magnet specifications

  • Magnet type: Superconducting
  • Magnetic field strength: 1.5T ± 1%
  • Magnet length: 157cm
  • Magnet bore diameter: 605mm±5mm
  • Weight (including 100% liquid helium): 3800kg
  • Liquid helium volume (100% liquid helium): 700L
  • Liquid refilling interval: ≥ 5 years
  • Magnetic field homogeneity: ≤ 0.170ppm @40cm DSV (VRSM)

– Comprehensive Applications

Combined with the advanced hardware design, Soft sound technology can be used for whole-body scanning without image quality loss, which will provide a more comfortable scanning experience for patients.