Excellent hardware brings excellent images


Pursue clinical value while maintaining high performance

Apsaras 1.49T MRI

Apsaras uses not only a very high-uniformity magnet system, but also a high-order shimming system for a wide range of high-order magnetic field correction to ensure high-quality images.

Apsaras maintains the convenience of previous use, the latest application supports more comprehensive clinical application and development

Can be equipped with more substantial new inspection functions

1

BeamSat TOF

Better observe the blood dynamic changes of narrow blood vessels

2

VASC-FSE

MRA technique of imaging of lower extremity without contrast agent using changes in blood flow velocity caused by pulsation

3

FatSep

Fat suppression using difference in frequency of water and fat and change in magnetic susceptibility

4

T2 RelaxMap

T2 worth changes can be represented by color charts to achieve better organizational degeneration and visual inspection

The scope of daily MRI examinations through these functions has also become wider

IMAGE GALLERY

Workflow Design
Workflow Coil System

It is the goal of Apsaras to reduce the tediousness of daily MRI examinations and reduce the burden on operators

The main reason for the difficulty of the traditional MRI inspection operation is that it requires frequent setting of the receiving coil. Apsaras uses a professional coil system to reduce the setting of coil information exchange.

Apsaras professional coil greatly shortens the signal exchange time. Conventional use frequency is high, and various coils can be used in combination. Flexible combination of various coils reduces operation complexity


Auto Pose
Auxiliary function of automatic brain positioning

The position, angle and layer thickness information of the positioning line can be freely set and saved according to actual needs. The automatic setting of the positioning line will be performed during the brain scan, which greatly speeds up the scanning speed of the brain and saves time. And ensure the consistency of routine brain scans

· The slice can be operated immediately after being imported into the system

· Can compare the images of multiple examinations of patients at different times before and after

* AUTOPOSE use Experience *

The high-precision imaging of UTOPOSE transverse position and sagittal position is generally recognized. The use of AUTOPOSE can shorten 47.1 seconds for beginners, and 15 seconds for experienced operators

Standard Applications
Standard clinical application software

Intelligent head automatic positioning technology (AutoPost)

Intelligent and automatic identification of anatomical markers in the anatomical range greatly improves work efficiency and ensures the accuracy and consistency of images examined by the same patient at different times.

Intelligent head automatic positioning technology (AutoPost)

Intelligent and automatic identification of anatomical markers in the anatomical range greatly improves work efficiency and ensures the accuracy and consistency of images examined by the same patient at different times.

HOSS Higher Level Uniform Field Technology

Shim secondary leveling technique
Volume、Regional leveling technology
S-map three-dimensional artifact calibration technology

HOSS Higher Level Uniform Field Technology

Shim secondary leveling technique
Volume、Regional leveling technology
S-map three-dimensional artifact calibration technology

Basic Pulse Sequence & Technique

TRSG(Time Reversed SARGE)
Time reversal steady state acquisition reversal gradient echo

Basic Pulse Sequence & Technique

RSSG(RF Spoiled SARGE)
Time reversal steady state acquisition reversal gradient echo

Basic Pulse Sequence & Technique

BASG(Balanced-SARGE)
Equilibrium steady-state gradient echo

Basic Pulse Sequence & Technique

IR/FIR
Reverse recovery/fast reverse recovery sequence

Basic Pulse Sequence & Technique

PC-MRA
MRA Phase contrast

Basic Pulse Sequence & Technique

TOF-MRA
MRA Time leap

Basic Pulse Sequence & Technique

High Resolution Reconstruction
High-resolution reconstruction

Basic Pulse Sequence & Technique

Regional Shim
Local shimming function

Basic Pulse Sequence & Technique

Imaging Centering Software
Imaging Center Software

Basic Pulse Sequence & Technique

MR Fluoroscopy
MRI perspective function

Basic Pulse Sequence & Technique

Auto-voice
Automatic voice function

Propeller technology
RADAR

Used to eliminate or reduce motion artifacts caused by body movements. The main technology of this function is called RADAR. Using RADAR technology can significantly improve the image quality.

Propeller technology
RADAR

Used to eliminate or reduce motion artifacts caused by body movements. The main technology of this function is called RADAR. Using RADAR technology can significantly improve the image quality.

Compact MRI system

low power consumption

Zero Helium Supplement

Apsaras

Examples of minimum installation layout drawings


Minimum setting area

MR inspection room: 15.9 square meters operation
Computer room: 7.2 square meters
Total system: 23.1 square meters

·The layout will change according to the shape of the room and the surrounding environment
·For shielding of the equipment room, please contact a professional manufacturer


Minimum setting area

MR inspection room: 15.9 square meters operation
Computer room: 7.2 square meters
Computer room: 7.2 square meters

·The layout will change according to the shape of the room and the surrounding environment
·For shielding of the equipment room, please contact a professional manufacturer

Basic requirements for design of magnetic resonance machine room

1
Prevent external electromagnetic fields from interfering with the normal operation of MRI scanners (MRI)
2
Suppression of magnetic field leakage generated by MRI affects the operation of external equipment. (The installation of an MRI system requires at least three rooms: scanning room, operation room, and equipment room. Each should meet the corresponding environmental requirements.)
3
Infrastructure requirements
4
Environmental requirements: MRI system image quality depends on the uniformity and stability of the magnetic field. Uniformity and stability can be disturbed by static ferromagnetic objects (reinforcing bars, structural beams, etc.) moving ferromagnetic objects (elevators, trains, cars, etc.) and electromagnetic fields (current flowing through cables and wires, motors, engines, transformers, etc.)
5
Computer room temperature and humidity requirements
6
Recommended room size
7
Power and ground requirements:
1.The installation of power distribution equipment must comply with national standards, the voltage is 380V, three-phase five-wire system; in order to ensure the internal resistance requirements of the power supply, the cross-sectional area of the main cable should not be less than 35mm²
2.Professionals should be invited to design and install the grounding wire. The grounding resistance is usually not less than 1Ω. The ground wire should be connected to the conductive plate of the magnetic resonance.