MM 002 Super open permanent MRI system
Advanced open type
Superior image quality
Exceptional price-to-performance ratio
Fast, convenient, and customized service
The spacious design and minimal reverberation is comforting for claustrophobic, obese and physically challenged patients.
Space saving couch design
The mobile patient couch is designed to
move freely in two directions around the
magnet. The laser localizer provides quick and accurate patient positioning.
Superior image quality
Positioning specific anatomic regions in the center of the magnet ensures high quality images.
Convenience of interventional therapy
Patients are very accepting of the openness of the design, making it ideal for interventional studies.
Specially patented magnet technology
Superior magnetic material
Compact design of magnet with superior NdFeB material ensures high homogeneity.
Eddy current free technology
Specialized eddy current reduction techniques produce high quality images.
Unique molding technologies eliminate vibration of the magnet, which can deteriorate the image quality.
Temperature controlled system
Built in high precision temperature control system minimizes the impact of environmental fluctuations, simplifying the
installation requirements and reducing costs related to environmental comfort controls.
Self-shielding integrated in the system design greatly reduces the environmental and space requirements.
Offering a variety of coils to cover all application needs
QD head and body coils increase SNR by 40% over conventional solenoid coils.
Dedicated surface coils are available for optional scanning of specific anatomic regions.
Small and large body coils are suitable for various anatomical sizes.
Flat, extremity and breast coils offer high resolution imaging for different positions.
Sophisticated imaging techniques
Spin Echo (SE)
High quality images meet all clinical needs.
Fast Spin Echo (FSE)
With Fast Spin Echo, the acquisition time can be substantially reduced. By adjusting ETL and TE, the acquisition time
and image contrast can be easily changed.
Field Echo (FE)
Fast acquisition of T1 and T2 weighted images.
MRU, MRM, and MRCP can be easily yielded with the non-invasive hydro-imaging technique.
MR Angiography (MRA)
2D/3D Time of Flight MR Angiography with 3D dynamic display.
Suppresses the water signal providing a clear image of the pathological changes in the white matter of the cerebral
ventricle; especially sensitive when viewing the microinfarct.
Suppresses the fat signal and increases the contrast of the soft tissue signal, valuable for detecting small focus and
Acquires data from a three-dimensional area, and produces a larger quantity of thin sliced images with a higher SNR
after 3D reconstruction; these images cn then be used in 3D processing and displaying technology.
Multi-angle Multi Slices
Multi slices and multi angles in one single scan make the localization and scanning of the spine much easier.
Fractional Echo technique shortens the echo time, increases T1 contrast and reduces the effects of T2. in the meantime, the number of slices is increased and the scanning time is decreased.
Frequency/phase over-sampling can reduce aliasing artifacts and obtain small FOV images of superb quality..
ECG and respiratory gating can reduce motion artifacts caused by heartbeats and breathing.
Multi-combination of Phase Encoding
For the critical and uncooperative patient, multiple combinations of Phase Encoding can minimize possible motion
By selecting multi-regions to be pre-saturated, motion artifacts due to breathing and unwanted signals outside the
region of interest can be reduced.
Flow compensation reduces flow artifacts and improves the quality of spin echo images.
Data Acquisition Optimization.
Advanced computer system
Economical maintenance plan
The unparalleled value of the NAM-P023A computer system is made possible because of the efficient manufacturing
process. Users are able to maintain and upgrade their systems to cut maintenance costs.
Ease of use
Knowledge off basic computer skills enables physicians to easily operate the Windows 2000 based operating system
and perform daily tasks.
User-friendly Operation Interface
The software is designed to be highly efficient and human-friendly; ease of use and operation is controlled by a series
of mouse clicks.
Simple scan control
Users can start a scan immediately by choosing a self-defined sequence or standard protocols; they can modify the
parameters before scanning or choose to scan continuously using a pre-selected series of sequences shorten scanning
Powerful Image Display Functions
Image display functions include: real-time multiple image display, multi-sequence image contrast and multi-patient
case display, magnify, zoom, rotate, convert, move, combine, cut/paste and continuous windowing.
Powerful Searching Function
Combined searching for up to 6 items and the sequence results can be queued at any time.
Powerful Image Process Functions
Multi-measurement, Multi-annotation, ROI statistic, Cine display, MIP, MRP, and Image filtering software functions
are helpful when using images for clinical applications.
Effective Filming Interface
Equipped with a DICOM compatible interface and allows for print preview, multi-format and multi-combination
·Multi-directional imaging offers an abundance of spatial information and is useful in observing common anatomic and pathological
·Thin slice scanning presents a clear image of the pituitary stalk and body. Contrast scanning allows for homogeneous enhancements of the hypophysis, which can greatly increase the detection of small pathlolgic changes of pituitary.
·MRI scanning has the ability to show osteomyelitis of the tibia with multiple sequestrums and the surrounding edema; this is an effective method of distinguishing the difference between malignant versus benign tumors as well as determining the area of encroachment.
·Permanent magnet MRI systems can acquire clear abdominal images without the need for respiratory gates in addition to showing intrahepatic
vessels and bile ducts.
Scanning is more suitable when diagnosing abnormalities if there is a sharp signal contrast between the CSF, spinal cord, and the sagittal
plane of the intervertabral disc and ligament. During this application the flat spine coil is used to avoid respiratory artifacts and allows for clearer
Post-trauma anterior dislocation of cervical vertebra
MRI scanning shows the normal and continuous signals of the spinal canal and flections of the spinal cord in addition to malformations
Femoral head necrosis
Scanning is the most sensitive way to diagnose necrosis of femoral head.
Cerevellar tonsils extend down through the foramen magnum into upper portion of spinal canal which leads to syrinx.
The high contrast of soft tissue is particularly useful in breast examinations.
Contact Name: Ms Mandy Boonzaier
Company Name: Medimark Marketing
Tel: 0027218011995 or +27 (0)21 510 1995
Street Address: 67 Coronation Road,
Maitland, 7405 Cape Town, South Africa
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Member Since: 05 February 2009
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