Pet mr2 1154x400


AVANCE NEO electronics step up MR imaging, making it faster and more precise. Going even one step further, AVANCE NEO turns Magnetic Resonance into true MultiModality.

Fast Precision

Greatest Accuracy

The introduction of AVANCE NEO electronics makes dynamic shimming possible, leading to even greater geometric fidelity in fast EPI imaging and improving metabolite quantification in multi-slice CSI.

Fastest Preparations

The improved wobble procedure makes tuning and matching faster and more accurate and automatic. No wobble adapter or re-plugging of coils for wobble is required. Automatic B1 mapping and optimization leads to greatest homogeneity.

ns Pulse Generation

Complex rf wave forms are generated more precisely with 4x faster synchronization than before.

Next Level Fast Imaging

The faster and highly syncronized gradient chain with a greater dynamic range leads to, for example, improved EPI image quality.

Full Flexibility

Entering the World of Seamless Multimodal Imaging

AVANCE NEO electronics enable the extension of ParaVision‘s imaging platform to fully integrate PET/MR instruments. Integrated single and multimodal workflows provide optimal clarity during scanning and simple and uniform operation across the range of instrumentation.

Scalable Transceiver Architecture

Novel transceiver architecture combines transmit, receive, and pulse programmer functionalities in a single compact transceiver board. This allows for a flexible configuration of up 24 transmit-receive channels. 

More Compact Footprint

Higher integration of the system console architecture leads to a more compact footprint and more flexible siting options, since the basic instrument configuration requires only one cabinet.

Innovative New Features

  • Fully integrated PET and MR instrumentation and workflows
  • Novel transceiver architecture
  • More flexible siting options
  • 3D dynamic shimming*
  • Faster shimming with automatic B1 optimization
  • 12.5 ns synchronization of all transceivers
  • 1 µs gradient resolution possible