i_Field 1.5T Series

i_Field 1.5T Series

Large-aperture Superconductive MRI

i_Field 1.5T Series 1

Product Advantages

A Spacious and Comfortable Examination Experience

Short Cavity with 70cm Bore Diameter

175 mT/m/ms Slew Rate Gradient System

16-32 Channel RF System

Digital Optical Fiber Transmission

Technology Platform

High Homogeneity Magnetic Field

Adopt the advanced magnet system, combined with intelligent shimming technology to achieve high homogeneity.

·Bringing large FOV, off-center quality images.

·Ensures a wide range of fat saturation imaging, shortens the FS sequence scan time and improves image quality.

i_Field 1.5T Series

Dynamic B0 Eddy Current Compensation Technology

The real-time compensation based on the state of eddy current improves fat suppression, reduces DWI image artifacts, and improves the image quality of B0 eddy current sensitive sequences such as SWI.

Fully Digitized Optical Fiber Transmission

Completely digitalized acquisition system, gradient system and RF system are adopted to  optical fiber transmission, which effectively reduce signal attenuation and keep the system isolated from external electromagnetic signal interference, ensuring efficient and stable transmission and improved image quality.

Power Sense Fast Imaging System

Integrating traditional “Sense” and AI-based compressed sensing “Power Sense” fast imaging technology, the acquisition mode is optimized, and the scanning speed and image quality of MRI examinations are improved.

i_Field 1.5T Series

Sub-second Intelligent Shimming Technology

Being able to complete fast and precise shimming of any part and any area in 1 sec., bringing the homogeneity of the magnetic field to a maximum of 0.002ppm. It is almost unaffected by motion artifact, due to the extremely fast shimming process.

24/32 Channel RF Platform

The multi-channel coil corresponds independently to the multi-channel spectrometer, with fast parallel acquisition technology to improve imaging speed

Integrated Coils

Wide range imaging can be performed by combined coils without the need of changing coils, that reduced the examination time.