Bioelectromagnetics

Accurately predict electromagnetic interactions with biological tissue across a wide range of frequencies and exposure scenarios. Our full-wave, time-domain simulation technology captures complex wave–tissue interactions with high fidelity, supporting both research and regulatory-driven design workflows.

Fast time-step simulation enables broadband analysis in a single run, resolving transient and steady-state behavior in heterogeneous, dispersive, and lossy biological media. Flexible meshing conforms to realistic anatomical geometries, allowing detailed modeling of organs, implants, and wearable or therapeutic devices.

Built-in multiphysics coupling supports electromagnetic–thermal co-simulation, enabling direct assessment of energy absorption and temperature rise for SAR-driven applications, safety evaluation, and compliance studies.

Key capabilities

• Full-wave modeling of electromagnetic propagation in complex biological tissue
• Fast time-domain simulation for broadband and transient bio-EM analysis
• Flexible, geometry-conforming meshing for anatomically realistic models
• Coupled electromagnetic–thermal analysis for SAR and heating assessment

This approach delivers reliable insight into exposure, performance, and safety for medical devices, wearables, imaging systems, and therapeutic technologies.