Philips Short Bore MRI Systems Comparison Chart

Model	Intera 1.5 T	Infinion 1.5 T	Evolution 1.5T Omega	Evolution 1.5T Omega HP	Ingenia 3.0T	Ambition 1.5T S	Ambition 1.5T X	Elition 3.0T S	770	5300	Magnetom Free.Max	Magnetom Altea	Magnetom Sola	Magnetom Ilumina	Magnetom Vida	Magnetom Prisma
Clinical Application	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body	Whole body
Configuration	Short Bore Compact	Ultra Short Bore	Wide bore	Wide bore	Wide bore	Wide bore	Wide bore	Wide bore	Open Bore	Wide bore	Wide bore	Open Bore	Open Bore	Open Bore	Open Bore	Open Bore
Synchronization	ECG/peripheral: Optional/yes, respiratory gating	ECG/peripheral, respiratory gating							Respiratory gating
Imaging Modes	Single Slice 2D, Multi Single Slice 2D, Multi Slice 2D, 3D, Multi Chunk 3D, Multi Stack 3D	Single Slice, Single Volume, Multi Slice, Multi volume							MultiSlice
FOV	Max. 53 cm	0.4 – 56 cm	Max. 55cm	Max. 55cm	Max. 55cm	Max. 55cm	Max. 55cm	Max. 55cm
Magnet Type	Superconducting	Superconducting				Superconducting	Superconducting	Superconducting	Superconducting	Superconducting	Superconducting	Superconducting	Superconducting	Superconducting	Superconducting	Superconducting
Bore Diameter	60 cm diameter (patient)	60 cm diameter (patient)	70 at isocenter, flares to 95 cm	70 at isocenter, flares to 95 cm	70 at isocenter, flares to 95 cm	70 at isocenter, flares to 95 cm	70 at isocenter, flares to 95 cm	70 at isocenter, flares to 95 cm	70 cm	70 at isocenter, flares to 95 cm
Magnet Weight	2900 kg	4100 kg w/ cryogen’s									3,400 kg	4,204 kg	4,204 kg	7,350 kg	7,350 kg	9,674 kg
HWD	240 x 188 x 157 cm	233 (lead fitted) x 198 x 140 cm	229 x 188 x 150 cm	229 x 188 x 150 cm	229 x 188 x 162 cm	230 x 188 x 162 cm	230 x 188 x 162 cm	230 x 188 x 162 cm	175 x 230 x 207		175 x 230 x 207	145 x 234 x 215	146 x 234 x 215	186 x 245 x 215	186 x 245 x 215	215 x 250 x 231
Power Requirements	380/400 V	400/480 V				400/480 3 phase	400/480 3 phase	400/480 3 phase	400/480 3 phase	400/480 3 phase	380 / 400 / 440 / 480 V, 3 phase + ground	380 / 400 / 420 / 440 / 460 / 480 V, 3 phase + ground	380 / 400 / 420 / 440 / 460 / 480 V, 3 phase + ground	380 / 400 / 420 / 440 / 460 / 480 V, 3 phase + ground	380 / 400 / 420 / 440 / 460 / 480 V, 3 phase + ground	380 / 400 / 420 / 440 / 460 / 480 V, 3 phase + ground
Cooling System	N/A	Closed-loop, chilled water	Direct liquid cooling gradient coil with hollow conductors for maximum cooling power and optimum thermal stability	Direct liquid cooling gradient coil with hollow conductors for maximum cooling power and optimum thermal stability	Direct liquid cooling gradient coil with hollow conductors for maximum cooling power and optimum thermal stability	Direct liquid cooling gradient coil with hollow conductors for maximum cooling power and optimum thermal stability	Direct liquid cooling gradient coil with hollow conductors for maximum cooling power and optimum thermal stability	Direct liquid cooling gradient coil with hollow conductors for maximum cooling power and optimum thermal stability	Direct liquid cooling gradient coil with hollow conductors for maximum cooling power and optimum thermal stability		Water cooled	Water cooled	Water cooled	Water cooled	Water cooled	Water cooled
Cryogen Use	0.03 L/hr helium	0.06 L/hr helium
Field Strength	1.5 T	1.5 T	1.5T	1.5T	3.0T	1.5T	1.5T	3.0T	3.0T
Strength	30 mT/m	30 mT/m
5 Guass Fringe Field	2.4 m/3.8 m	3.0 m/5.0 m