Increased Performance

An Unsurpassed Foundation

  • Maximum performance gradient and shim coils combined with AVANCE NEO electronics form the most powerful basis for your MRI instrument
  • High power shim amplifiers minimize artifacts in extremely shim sensitive sequences such as TrueFSIP and maximize quality in EPI
  • Leading duty cycle performance high power gradients for conduction of highly demanding sequences such as fMRI or first pass tracer uptake in the heart
  • AVANCE NEO electronics allow gradient resolutions of 1 μs, and enable faster real time decisions than ever
  • Flexible configuration of up 24 transmit and 16 receive channels ensures scalability for future applications 

 

Largest Preclinical Coil Portfolio

  • MRI CryoProbes for SNR boost allowing for up to 6 times faster measurements and/or increased resolution
  • Specialized coils, such as ASL- and optogenetic coils
  • Parallel Transmit coils with up to 8 channels
  • Phased array coils with up to 16 channels
  • Full range of classic room-temperature 1H- and X-nuclei coils

 

ParaVision 360’s Leading Methods

  • All common spin- and gradient echo and spectroscopy methods
  • All standard, EPI and short echo imaging methods, such as DTI-spiral, UTE, and T1 EPI, for diffusion, perfusion, fMRI, flow imaging, and relaxometry
  • Unique IntraGate based FLASH and UTE methods for self-gated wireless cardiac and respiratory imaging
  • Fat chemical shift artifact-corrected RARE images

Simplified and Expediated Workflows

Expediated Set-ups

  • Combinations of up to 4 RF coils simultaneously with active detuning
  • Full automatic hardware recognition of RF coils and gradient and shim coils for software-controlled peak power limits

 

Efficient Scanning 

  • Ready-to use, in vivo, pre-optimized protocols and scan programs guarantee best results from day one
  • Maximal data consistency with ASL examination guide, which significantly reduces user bias
  • Full heart cardiac assessment faster than ever before with IntraGateUTE
  • ParaVision 360 software's ease of use of a clinical software combined with Bruker's open sequence programming framework

 

Expansive Reconstruction and Analysis

  • Fast and accurate post-processing with 2D and 3D image co-registration for PET and/or MRI data, fused images, image analysis with profiles, histograms, and real-time update of ROI values
  • Image time course analysis and multi-parametric fitting, surface and volume rendering, and image stitching
  • Professional and customizable data reports containing all scan parameters
  • Database with a hierarchical sorting function as well as a free text search

A Protected Investment

An Instrument Prepared for the Future

  • New age AVANCE NEO electronics guarantee access to software upgrades including future methods, sequences, and modules
  • Access to PET/MR instruments

 

Continuous Support

  • On-site and in-house trainings and webinars
  • Free email and phone hotlines

 

A Secured Investment

  • LabScape maintenance agreements with quality procedures
  • LabScape Comprehensive covering all technical issues up to and including full system replacement
MRI_CryoProbe_mouse_brain.jpg
MRI CryoProbe leads to average SNR increase of factor 2.8 at 9.4 T in mouse brain as opposed to room-temperature mouse brain coil
Acquisition details: FLASH, resolution: (78 x 78 x 500) µm³, TR: 400 ms, TE: 3.8 ms, total time: 3 min. 24 s
fat-water_separation_imaging_in_RARE.jpg
Fat-water separation imaging in RARE leads to fat chemical shifted corrected images in mouse at 7 T
Acquisition details: TE: 24 ms, TR: 350 ms, Resolution: (208 x 188) µm², Slice thickness: 1 mm, TA: > 1 m 7 s resp. trig. per slice
Arterial_Spin_Labeling_Examination_Guide.JPG
Arterial Spin Labeling Examination Guide
Courtesy: E. Barbier, L. Hirschler, J. Warnking, Grenoble Institute of Neuroscience
The CASL Workflow Package was developed in cooperation with Emmanuel Barbier, Grenoble Institute of Neuroscience

 

 

self-gated_IntraGateUTE.jpg
Due to the short echo time and radial readout of UTE, self-gated IntraGateUTE demonstrates reduced flow and motion artifacts in mouse at 9.4 T as opposed to IntraGateFLASH even when accelerated
Acquisition details: TE: 0.4/1.5 ms (IgUTE/IgFLASH), TR: 9 ms, Resolution: (98 ×98) µm², slice thickness: 800 µm, cine frames: 14