- Solution
- MRI: for MRI RF Coil Design,Gradient coil Design, etc.
- Hyperthermia
- RF Tumor Ablation
- SAR Assessment
- Transcranial Magnetic or Current Stimulation
- EM Neuro-Stimulation
- Active and Passive Implants MRI Safety,SAR Assessment
- General Fluid Dynamics of Single Phase Liquids
- (Bio-)Microfluidics
- Safety & Efficacy Assessment of Ultrasonic Devices for Therapeutic Purposes
- Modules
- High-resolution computable human (ViP) and animal models (ViZoo)
- Neuronal tissue models (T-NEURO) for neuron simulations and tissue damage models (T-CEM43) for thermal simulations
- BCAGE: Parameterized MRI volume coil designer for birdcage coil geometries and associated simulation settings.
- TxCOIL: Parallel transmit coil design and optimization post processing engine. User can perform radiofrequency (RF) shimming on parallel transmit coils to improve field homogeneity and calculate the combined specific absorption rate (SAR) in post processing without rerunning the simulations.
- MUSAIK: Framework for MRI receive coil array design, optimization, and performance verification. User can import simulation results of array coils and assess their parallel imaging capabilities. Equivalent analysis is available for experimentally obtained data, allowing accurate verification for a range of different design processes or to evaluate simulation model fidelity. User can also evaluate signal-to-noise ratio (SNR) and 2D parallel MRI g-factor maps from simulated and/or experimental datasets.
- SYSSIM: a MRI scanner simulator that can predict realistic EM field effects on MR images for arbitrary pulse sequences. It generates simulated MR images with realistic signal, contrast, noise, and SAR values considering B0 and fields from both transmit and receive arrays.
- IMSAFE: a implant safety assessment tool that adopts Tier 3 of the four-tier approach in the ISO/IEC Technical Specification 10974 to evaluate RF MRI safety of implant medical devices inside the human body.
- IMAnalytics: a novel software platform solution for the comprehensive safety evaluation of implantable devices. The module is designed to characterize the RF-induced heating at the distal electrodes of implantable devices, as well as the voltage at the lead terminals of the pulse generator, using the Tier 3 approach as defined in ISO 10974, and to extract the RF-induced E-field in a region of interest for use in the Tier 2 approach of ISO 10974, or for scaling of ASTM F2182 phantom measurements.
- iSeg: a fully integrated segmentation (including pre- and postprocessing) toolbox for the efficient, fast, and flexible segmentation of complex anatomical models from various types of medical imaging data (CT、MRI).