Europe
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Hitachi Medical Systems Europe

Echelon

The new standard in 1.5 Tesla MRI

Product Picture for "Echelon"

Echelon is a fully featured high-field performance MRI, incorporating powerful imaging tools to meet your current and future demands. Its core is a high- performance, short-bore, super-conductive magnet with high homogeneity and low cryogenic boil-off.

Echelon is extremely practical, reliable and easy to use. This is a prime example of a product which has benefited from Hitachi's experience and technological superiority, gained as the global leader in open MRI, with more than 4,000 installations.

  • 1.5 Tesla high-field MRI
  • Short-bore, super-conductive magnet
  • High homogeneity
  • Low cryogen boil-off technology
  • 30mT/m 150T/m/s gradients
  • Scaleable RF systems up to 32 channels
  • HOSS advanced shim technology
  • Long stroke patient table
  • Multiple tabletop coil ports
  • 1.5 Tesla super-conductive magnet
  • Approved quality and reliability
  • High-field combined with a compact design
  • Scaleable RF channel system with up to 32 channels
  • High-Order active Shim System (HOSS™)
  • RADial Acquisition Regime (RADAR™)
  • Rapid Acquisition through Parallel Imaging Design (RAPID™)
  • Powerful VERTEX™ image reconstruction engine
  • SENTINEL™ remote assistance and monitoring for maximum uptime
  • Neuro imaging
  • Spectroscopy
  • Contrast-Enhanced angiography
  • Cardiac imaging

Hover over each coil's name to display a diagram indicating the corresponding application area:

High resolution non- contrast Angiography image of abdominal vessels. MIP reconstruction of BASG sequence- Hitachi HOSS allows large 50cm FOV imaging with excellent homogenous fat saturation. RAPID factor 2.
High resolution non- contrast Angiography image of abdominal vessels. MIP reconstruction of BASG sequence- Hitachi HOSS allows large 50cm FOV imaging with excellent homogenous fat saturation. RAPID factor 2.		 Volume Rendering reconstruction of 3D TOF brain angiography. RAPID factor 1.5 allows acquisition of 200 slices in 1:33 minute to visualize brain arterio-vascular malformation.
Volume Rendering reconstruction of 3D TOF brain angiography. RAPID factor 1.5 allows acquisition of 200 slices in 1:33 minute to visualize brain arterio-vascular malformation.		 This high resolution (reconstruction matrix 1024x1024) T1 FSE transversal scan acquired in only 2:23 minutes with slice thickness 2mm and FOV of 9cm allows sub-millimetre in-plane resolution for detailed anatomy visualization.
This high resolution (reconstruction matrix 1024x1024) T1 FSE transversal scan acquired in only 2:23 minutes with slice thickness 2mm and FOV of 9cm allows sub-millimetre in-plane resolution for detailed anatomy visualization.
High resolution FLAIR image of the brain - cerebral infarction hyper-intensive foci in both hemispheres of brain (predominantly in left one) visible with short IET of 10 ms and scan time of 3minutes.
High resolution FLAIR image of the brain - cerebral infarction hyper-intensive foci in both hemispheres of brain (predominantly in left one) visible with short IET of 10 ms and scan time of 3minutes.		 PD-weighted FSE transversal image of the knee with recurrent dislocation of the patella - excellent fat saturation due to HOSS technique, sub-millimetre in-plane resolution.
PD-weighted FSE transversal image of the knee with recurrent dislocation of the patella - excellent fat saturation due to HOSS technique, sub-millimetre in-plane resolution.		 MIP reconstruction of 3D thick slab high resolution FSE MRCP sequence with Driven Equilibrium and Respiratory Gating options shows serous cystoma/adenoma of bile duct.
MIP reconstruction of 3D thick slab high resolution FSE MRCP sequence with Driven Equilibrium and Respiratory Gating options shows serous cystoma/adenoma of bile duct.