Syp 3t MRI Superconducting MRI System

• Customization: Available
• Classification: Physiological Functions of Diagnosis and Monitoring Equipment
• Type: Ultrasound Scanner
• Model NO.: 3.0T MRI
• Group: Middle-aged and Old
• Transport Package: Wooden Box
• Specification: 799 PET+CT
• Trademark: SYP
• Origin: China
• HS Code: 90221990
• Production Capacity: 200 Set

Product Description

SYP Hospital 3T  MRI Superconducting MRI system

SYP 3.0T superconducting MRI manufacturers, completely broke the high-end MRI monopoly by foreign brands.SYP is a new generation of superconducting MRI product has the advantages in novel design, excellent performance, high comfort and more patient care technology. The system adopts the international advanced hardware platform together with ergonomic operating software design, its advanced scan sequences and imaging technology, produces the customer with high stability and excellent performance, high signal-to-noise ratio, high resolution, high contrast clinical imaging and faster scanning speed.
1), it config 4k cold head from Japan, the brand is Sumitomo, that provides "zero" consumption of the liquid helium
), its cold head sound reduction technology helps to reduce the patient's claustrophobic fear, effectively avoid the involuntary movement which may cause the image artifacts and other potential risk.
3), it has fastest scanning speed, and the image quality is also much better than 1.5T MRI.
4), it using all famous parts suppliers ensuring the stable system quality.
Gradient sub system
Gradient sub system directly determines the spatial encoding of MRI system, it produces the signal information, at the same time it can perform GR series sequence scanning, it is the foundation of MRI system's spatial resolution ability, gradient sub system also directly affect the scanning image thin slice scanning.

No.	Item	Specification
One	Equipment Introduction
1	Use	For all parts of the body MRI Scan
Two	Magnet System
1	magnetic field Strength	3.0T
2	Center frequency	127.7MHz
3	Magnet Type	Superconducting Magnet
4	Magnet Material	Niobium-titanium alloys
5	Anti-electromagnetic interference	Yes
6	Magnet stability	0.1 ppm/h
7	Uniformity of magnetic field	Typical values, V-RMS measurements
7.1	10cm DSV	0.005ppm
7.2	20cm DSV	0.027ppm
7.3	30cm DSV	0.056ppm
7.4	40cm DSV	0.250ppm
7.5	45cm DSV	0.460ppm
7.6	50cm DSV	1.500ppm
8	Compensation technology of magnetic field shimming	Yes
9	Shim mode	Active uniform field + passive leveling
10	Magnet weight (with liquid helium)	4600kg
11	Magnet length (excluding shell)	160cm
12	Patient aperture.	60cm
13	Cooling mode	Liquid helium
14	Liquid helium consumption rate	0
15	Volume of liquid helium	1450L
16	Cold head Type	4K Cold Head
17	5 Gauss line range	3.1m x 3.1m x 5.5m
Three	Gradient System
1	Gradient Control Technology	Full digital real Time
2	Gradient Cooling Mode	Water
3	Maximum gradient intensity	46mT/m
4	Maxi gradient slew rate	288T/m/s
5	Minimum gradient rise time	0.159ms
6	Maximum gradient field, maximum gradient switching rate and maximum FOV can be achieved simultaneously	Yes
7	Max duty ratio	100%
8	Shielding mode	Active shielding
9	Gradient working mode	Non-resonant type
10	Gradient Noise Reduction Technology	Yes
Four	RF System
1	Number of independent RF sources	1 or 2
2	Number of independent RF amplifiers	1 or 2
3	Each RF source can independently adjust the RF pulse phase, waveform, amplitude	Yes
4	RF Transmitter Power	35kW or 18kW * 2
5	Max RF transmit field	20μT
6	RF Power Amplifier Type	Water-cooled / Digital Interface
7	Transmitter Coil auto tuning	Yes
8	Number of independent RF channels	16 / 32
9	RF Receiver Sampling rate	100MHz
10	Receive dynamic range (1Hz bandwidth)	140db
11	Noise coefficient	0.5dB
12	Full digital demodulation and filtering technology	Yes
13	RF Energy Monitoring
13.1	Real-time digital RF energy Monitoring	Yes
13.2	Real-time digital RF energy accumulation monitoring	Yes
13.3	Real-time digital RF energy accumulation monitoring	Yes
14	RF receiver coils and related technologies
14.1	Orthogonal transmitting / receiving	Yes
14.2	Head-neck coils	24 Channel
14.3	Body Coil	12 Channel
14.4	Spine Coil	18 Channel
14.5	Large Flexible Multi-function coil	8 Channel
14.6	Breast Dedicated coil	8 Channel
14.7	Knee Dedicated coil	8 Channel
14.8	Shoulder Dedicated coil	Optional
14.9	Ankle Dedicated coil	Optional
14.10	AIT Scanning technology	Yes
14.11	Note: coil configuration is subject to the final contract
Five	Computer
1	CPU	3.4GHz
2	Number of processor digits	64bit
3	Memory capacity	8GB
4	Hard disk capacity	500GB
5	Image storage capacity (512 matrix)	0.6million
6	Display resolution	1920 x 1200
7	Display size and specifications	24 inch
8	Maximum acquisition matrix	1024 x 1024
9	Maximum Reconstruction matrix	1024 x 1024
Six	Post-processing interface
1	Software Control camera Technology	Yes
2	DICOM 3.0 interfaces and PACS network connections (including print, transmit, receive, query , worklist, MPPs )	Yes
3	Standard Laser Camera Digital interface	Yes
Seven	Scan parameters
1	X axis Max FOV	500mm
2	Y axis Max FOV	500mm
3	Z axis Max FOV	500mm
4	Minimum FOV	5mm
5	Thinnest layer thickness	0.1mm
6	2D SE Shortest sequence TR time (128 matrix)	7ms
7	2D SE Shortest sequence TE time (128 matrix)	2.4ms
8	2D FSE Shortest sequence TR time (128 matrix)	7ms
9	2D FSE Shortest sequence TE time (128 matrix)	2.4ms
10	2D FSE Sequence minimum echo spacing (128 matrix)	2.4ms
11	2D FSE sequence maximum echo chain length (ETL)	512
12	2D GRE Shortest sequence TR time (128 matrix)	1.0ms
13	2D GRE Shortest sequence TE time (128 matrix)	0.6ms
14	3D GRE Shortest sequence TR time (128 matrix)	1.2ms
15	3D GRE Shortest sequence TE time (128 matrix)	0.5ms
16	EPI Sequence minimum echo interval (128 matrix)	0.57ms
17	EPI Shortest sequence TR time (128 matrix)	4.7ms
18	EPI Shortest sequence TE time (128 matrix)	1.3ms
19	Maximum dispersion weighted b value	10000
Eight	Scanning technology and sequence
1	Spin echo sequence (FSE)	Yes
1.1	2d/3d Fast spin echo	Yes
1.2	SE sequences measured by tissue relaxation time	Yes
1.3	SE sequences with selectable angles	Yes
1.4	Single echo, dual echo and multi-echo technology	Yes
1.5	Single excitation fast spin echo sequence	Yes
1.6	Fat-sat sequence	Yes
1.7	Fast Fat saturation Technology	Yes
1.8	Water-sat sequence	Yes
1.9	Reverse recovery (IR)	Yes
1.10	General IR sequence	Yes
1.11	FLAIR	Yes
1.12	Fast T1-FLAIR	Yes
1.13	Fast T2-FLAIR	Yes
1.14	Rapid inversion recovery sequence (fat-sat, water-sat)	Yes
1.15	Short TI inverse echo water-fat separation imaging	Yes
1.16	"True" inversion recovery sequence (contrast imaging of gray-white matter)	Yes
2	Gradient echo (2d/3d), including	Yes
2.1	Multi-layer gradient echo	Yes
2.2	2d/3d residual magnetization removal gradient echo technology	Yes
2.3	2d/3d residual magnetization gradient echo technology	Yes
2.4	Heavy T2 weighted High Contrast sequence	Yes
2.5	3D Gradient Echo Technology	Yes
2.6	Fast steady-state progressive gradient Echo	Yes
2.7	Super-fast field echo sequence	Yes
2.8	Three-dimensional imaging technology	Yes
3	Planar echo imaging (EPI)	Yes
3.1	Single-excitation planar echo imaging technology	Yes
3.2	Multi-excitation planar echo imaging	Yes
3.3	Spin echo EPI	Yes
3.4	Gradient echo EPI	Yes
3.5	Reverse EPI	Yes
3.6	High resolution EPI Collection	Yes
4	Neuroimaging technology	Yes
4.1	High resolution anatomical imaging	Yes
4.2	High resolution three-dimensional imaging technology of inner ear	Yes
4.3	Full Spinal cord imaging	Yes
5	Diffusion imaging technology	Yes
5.1	ADC Imaging	Yes
5.2	Isotropic acquisition	Yes
5.3	Anisotropic acquisition	Yes
5.4	ADC Value Measurement	Yes
5.5	ADC-map	Yes
5.6	Automatic acquisition and processing	Yes
5.7	Single-shot EPI	Yes
5.8	Multi-shots EPI	Yes
5.9	Real-time diffusion imaging	Yes
5.10	Automatically generate ADC diagram	Yes
5.11	Optional optimization B value	Yes
6	Vascular imaging technology	Yes
6.1	Time Of Fly Technology (2d/3d)	Yes
6.2	Imaging technology of arteriovenous separation	Yes
6.3	MTC technology	Yes
6.4	Maximum density projection technology	Yes
6.5	Variable reversal Angle RF technology	Yes
6.6	MIP	Yes
6.7	2d/3d Water Imaging Technology (MRCP, MRU)	Yes
6.8	Real-time interactive MIP	Yes
7	Artifact removal technology	Yes
7.1	Fluid compensation	Yes
7.2	Respiratory compensation	Yes
7.3	Flow correction	Yes
7.4	Regional saturation Technology	Yes
7.5	Deconvolution Artifact Removal technology	Yes
7.6	Motion Artifact Elimination technology	Yes
7.7	Image filtering Enhancement technology	Yes
7.8	K Space Noise Reduction technology	Yes
7.9	Ring artifact suppression	Yes
8	Section-scan technology	Yes
8.1	Semi-scanning technology	Yes
8.2	Full directional partial coding acquisition technology	Yes
8.3	Rectangular FOV acquisition technology	Yes
8.4	Three-dimensional overlapping continuous acquisition technology	Yes
8.5	Parallel acquisition and reconstruction technology	Yes
8.6	Partial echo Acquisition	Yes
9	Other imaging technology	Yes
9.1	Short TR TE Fast Imaging	Yes
9.2	Three-dimensional positioning system	Yes
9.3	Positioning technology of radial slice layer	Yes
9.4	Scan pause	Yes
9.5	Variable Bandwidth technology	Yes
9.6	Pre-scanning technology	Yes
9.7	Signal noise ratio display function	Yes
9.8	Mute Scanning technology	Yes
9.9	Real-time interactive imaging	Yes
9.10	Real-time localization	Yes
9.11	Real-Time Interactive parameter change	Yes
9.12	High Resolution imaging	Yes
9.13	Combined scan function	Yes
9.14	Water Saturation Technology	Yes
9.15	Pre-saturated technology	Yes
9.16	Maximum saturation zone number	3
9.17	Parallel saturation Zone	Yes
9.18	Adjoin saturation Zone	Yes
9.19	Fat saturation Technology	Yes
9.20	Signal averaging technology	Yes
9.21	Frequency Coding Direction Extended acquisition	Yes
9.22	Phase coding direction expands acquisition	Yes
9.23	Partial Center scanning technology	Yes
9.24	Variable K space Filling method	Yes
9.25	K Fast Space Acquisition	Yes
9.26	Coil Sensitivity correction technology	Yes
9.27	Enhancement technology	Yes
9.28	Correction technology of image luminance uniformity	Yes
9.29	Automatic Center Scanning technology	Yes
9.30	Image reconstruction Technology	Yes
9.31	Image interpolation Amplification Technology	Yes
9.32	Image Distortion Correction Technology	Yes
10	Advanced clinical application packages	Yes
10.1	Neuro Imaging software Package	Yes
10.2	Body Imaging software Package	Yes
10.3	Bone and joint imaging software Package	Yes
10.4	Tumor Imaging software Package	Yes
10.5	Breast Imaging software Package	Yes
Nine	The patient examine environment
1	Two-way patient call system	Yes
2	Magnetic noise-reducing headphones	Yes
3	Aperture Ventilation system	Yes
4	Aperture lighting system	Yes
5	Embedded display	Yes
5.1	Patient monitoring System	Yes
5.2	Bedside Patient Control system	Yes
6	Patient Emergency call Device	Yes
7	Maximum load bearing of inspection bed	200KG
8	Minimum bed height for inspection beds	62cm
9	Maximum speed of horizontal motion of scan bed	20cm/s
10	Scan bed Length	245cm
11	Maximum scanning range	>150cm
12	Multi-station stitching	Yes
13	Bedside Emergency brake button	Yes
14	Bedside Switch	Yes
15	Breath gating	Yes

 

Our Services
1.For all your inquires about us, we will reply you in  detail within  24 hours.
2.We own professional team with professional attitude to recommend products and services  for you.
3.The  products  have one year free warranty,  after which they  can still be provided after-sales service.
4. We offer OEM services. And we can print your own logo on the product.
5. We have well-experienced engineers, who can help you better use our products.