Bstar-150 provides comprehensive scan kit and scanning sequence,
with rich clinical application of the full body, with a full range
of scan plan, assist the customer’s clinical diagnosis. Advanced
scanning sequence are provided as well as all routine scan, the
system also can take vascular imaging, includes a broad range of
capabilities supporting fast, accurate diagnosis of brain
conditions and injuries. From anatomical depiction to vascular 3D
reconstruction.
By adopting the brand-new phase array coil and scan control
software, application of parallel acquisition accelerating
technique, improve most sequence scanning speed, on the premise of
image quality guarantee, accelerating factor can reach 6 or more as
the maximum. Bstar-150 system keeps pace with international design
and research, keeps improving the present clinical functions to
provide lifetime free software upgrade for its users as well as let
the hospital enjoy the most advanced MRI clinical application
techniques.
Bstar-150 provides the power, coils and sequences for fast,
intuitive, high quality spine imaging, from routine views to
advanced stitching studies.
K_Rotat artifact erasing technique, by using stripped K space
rotating filling method to complete acquisition, can completely
erase the effect of movement artifact on images and greatly improve
SNR at the same time to provide guarantee for accurate diagnosis.
Bstar-150 provides a versatile suite of imaging capabilities for
body imaging to meet the growing demands of abdominal, pelvic, and
breast exams. Including MRU/MRCP/MRM imaging, and other advanced
imaging sequences. Rich post-processing software can optimize
images in case necessary to help in complex diseases diagnosis,
excellent image quality and abundant imaging techniques.
Workflow is critical to the efficient operation of an MRI. It
impacts patient satisfaction, image quality and cost effectiveness.
Bstar-150 provides full preset of clinical diagnostic scan
protocol, based on rich clinical experience, corresponding
arrangement and optimization have been made per related clinical
application features for the scan procedure and sequence parameters
of the preset scan method. With unmatched clinical capability,
Bstar-150 provides an unprecedented ability to acquire complete
exams with a motion compensated scan technique.
For restless patients and those who can’t cooperate, the preset
extremely fast scan sequence can be used, which is very appropriate
for fetus, newborns and infants.
High resolution isotropic diffusion imaging, based on powerful
gradient system and amplifier system, Bstar-150 realizes faster and
more reliable DWI images with high resolution, anatomic structure
of head is clear, diffusion image features is obvious, very
convenient for lesion location lock and lesion nature diagnosis.
HD susceptibility-weighted imaging, imaging based on the
differences of magnetic susceptibility in different tissues, is a
contrast enhancement technique which reflects magnetic properties
of tissue. It is extremely sensitive to bleeding or deoxidation
part in blood, can provide accurate information on bleeding,
arteriovenous malformation, iron deposit to realize faster and more
accurate diagnosis, even the very small lesion can be quickly
diagnosed too.
Fast high-resolution abdomen diffusion imaging, under the support
of brand-new parallel acquisition technique, realizes abdomen
diffusion imaging with high spatial resolution, high time
resolution and high contrast resolution, providing excellent tool
of abdomen cancer diagnosis.
Extremely HD 3D TOF blood vessel imaging, optimized K space
acquisition and filling method, suppression uniform of obtained
images background, no artifact, clear blood vessel trend, can
display tertiary vascular or above.
scDWI (optional)
In DWI, acquisition of low-b-value has better tissue SNR, but is
not sensitive enough to water proton;
Acquisition of high-b-value has better DW sensitivity of water
proton, but reduces the tissue SNR as well as the lesion location
function;
By using special computation method, scDWI only needs one single
DWI sequence to complete the calculation of multi-b-value within
certain range, min. 100s/mm².
Meanwhile, comparing to direct acquisition of DWI images, scDWI
technique greatly improved the SNR of high-b-value DW image, avoid
distortion of high-b-value images, very good for lesion diagnosis.
