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The magphan s162 system model is designed to meet the specific qa needs of the mri scanners used in quantitative imaging, especially in applications where geometric malformations may have serious impacts。
Magphan s162 body models are designed to meet the specific quality assurance (qa) needs of the mri scanners used for quantitative imaging, especially for applications where geometric malformations may have critical impacts。
Body model design
Magphan s162 has an outer diameter of 19 cm and can measure malformations and homogeneity within an ellipse volume of 150 mm x 158 mm. The model consists of 209 teratometric measuring balls with 12 filled solutions that cover the range of t1 and t2 values common in many important quantitative clinical applications. With the technology we're patenting, we can also measure the flatness of the signal in the entire 3d volume of the body model。
Magphan® s162, a shell with an outer diameter of 19 cm, can measure geometric deformation of the entire 150 mm x 158 mm sphere. In addition to 209 teratometric measurements, the model contains 12 solution-filled spheres to cover a range of t1 and t2 values that appear in many quantitative clinical applications. Other subjects perform slice thickness and high-resolution measurements and use the technology we are patenting to measure the signal flatness of the entire 3d model volume。
The phantom laboratory provides cloud-based smári image analysis services that are included in the price for a period of two years and measure key performance indicators, including:
Geometric malformations
Signal evenness
Slice thickness
Resolution along two positive axes
Noise ratio。
The service is easily cloud-based and fully automated. The dicom image series that upload models generate informative reports. Includes trend analysis and comparative analysis of data between machines。