Superstar 0.35T

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Overview

Superstar 0.35T

Image is Everything

Superstar 0.35T MRI system is designed and developed to provide the optimal openness and patient comfort for a wide range of procedures, while providing excellent diagnostic image quality.
It combines Philips’ advanced technology with Neusoft’s Permanent Open Magnet. The Multi-Channel RF system and strong gradient configurations ensure advanced imaging capabilities for a wide range of clinical applications.

Features

Reliability of a 0.35T C-type Permanent Magnet with super open design;
Superior field homogeneity in all fields of view. — 1.8 ppm in 36cm DSV Vrms;
Gradient strength of 26mT/m guarantees high spatial resolution imaging surpassing;
Outstanding Slew Rate of 67mT/m/ms allows for fast imaging;
Multi-Channeled, phased array coil technology;
Simplified user interface for quick patient set-up and maximum patient throughput;
Comprehensive scan packages;
Strong and stable performance.

Phased Array Multi-Channel Receiving Coils

Gallery

Clinical Images

Brain

Part: brain Plane: axial Weighted and sequence name: T1WI:FFE3D Feature: High SNR and excellent spatial resolution	Part : brain Plane: axial Weighted and sequence name: T2WI:TSE Feature: High contrast between white matter and grey matter is good	Part : brain Plane: axial Weighted and sequence name: FLAIR:IR-TSE Feature: High contrast between white matter;and grey matter, the effect of water suppression, a technology artifact from respiration, nearly disappear High SNR and excellent spatial resolution
Abdomen and Pelvis

Part: upper abdomen Plane: axial Weighted and sequence name: T1WI:TSE Feature: With respiratory gating technology artifact from respiration nearly disappear High SNR and excellent spatial resolution	Part :upper abdomen Plane: axial Weighted and sequence name: T2WI:TSE Feature: With respiratory gating artifact from respiration nearly disappear High SNR and excellent spatial resolution. Inner structure inside liver revealed clearly	Part :upper abdomen Plane: axial Weighted and sequence name: T1WI FFE Feature: With breath-hold technology artifact from respiration nearly disappear
Spine

Part: cervical spine Plane: sagittal Weighted and sequence name: T1WI:TSE Feature: Homogeneity of signal intensity is excellent in a large FOV	Part: cervical spine Plane: sagittal Weighted and sequence name: T2WI:TSE Feature: Homogeneity of signal intensity is excellent in a large FOV. Motion artifacts are eliminated and there is high contrast between spinal cord and CSF.	Part : cervical spine Plane: axial Weighted and sequence name: BFFE3D steady state Feature: High contrast between spinal cord and CSF. Clear nerve root display illustrates excellent imaging resolution.
Extremity and Join

Part: knee joint Plane: sagittal Weighted and sequence name: T1WI:TSE Feature: High SNR and excellent spatial resolution	Part: knee joint Plane: coronal Weighted and sequence name: T2 STAR:FFE Feature: The sequence is especially useful to observe the cartilage. Bone, cartilage and meniscus are clearly differentiated.	Part: hip joint Plane: coronal Weighted and sequence name: T1WI:TSE Feature: High SNR and excellent spatial resolution

Part: hip joint Plane: coronal Weighted and sequence name: FS: IR-TSE Feature: Scan time is short for this proton density fat suppression sequence.
Clinical Technology MRA/MRV/MRCP

Part: willis circle Plane: A_P view Weighted and sequence name: FFE3D Feature: MRA technology includes: Slinky acquisition, Partial Echo Acquisition, TOF, and Flow Compensation.The artery is displayed continuously without shutter artifacts	Part: carotid vertebral artery Plane: A-P view Weighted and sequence name: FFE2D Feature: MRA technology includes:Slinky acquisition, Partial Echo Acquisition, TOF, and Flow Compensation.	Part : abdomen MRCP Plane: coronal A-P view Weighted and sequence name: Heavy T2WI TSE-3D Feature: The small bile duct inside and outside liver is revealed clearly. Motion artifact nearly disappear with the respiratory gating technology

Part: inner ear Plane: A_P view Weighted and sequence name: B-FFE3D Feature: This MIP image of inner ear clearly displays three semicircular ducts.