Lambda-0.7T-1125 Helium-Free Superconducting Magnet
Core Parameters: Magnetic Field Strength:0.7T;Bore Size:φ1125mm (Largest in the Industry)
Technical Highlights: Industry's first ultra-large room-temperature bore, designed for intraoperative, interventional and other scenarios; easy to operate, supporting real-time intraoperative imaging to improve surgical safety and accuracy; helium-free and lightweight, flexible to install, adapting to complex medical environments
Customizable: Scenario-customizable, tailoring bore, magnetic field distribution and shielding scheme according to needs such as intraoperative navigation and interventional therapy to adapt to special clinical scenarios
Core Technologies
It adopts a single-column C-type panoramic three-dimensional open structure, with a magnet opening angle of ≥270° and an inspection clear space of ≥40cm.
The gradient system has a field strength of ≥25mT/m and a gradient slew rate of ≥60mT/m/s.
It incorporates superconducting scanning imaging technology, is equipped with fast scanning imaging technology, and can perform EPI diffusion scan imaging.
Core Advantages
Short-Bore High-Performance Magnet | Zero Helium Consumption Technology
Ultra-Fast Gradient Engine | All-Digital Real-Time Spectrometer
High-Density Integrated Coil for Exceptional Fine Imaging
Clinical Applications
Cranial T2FSE-T-7mm
Cranial T1Flair-T-7mm
Cranial T2Flair-T-7mm