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Active Implantable Systems

Optimizing telemetry and power transfer for BCI, Cardiac, and Neuromodulation devices.

Class III active implantables require the highest level of predictive accuracy to ensure patient safety and regulatory approval. We provide high-fidelity In Silico validation for IPGs and leads, specializing in electromagnetic safety, thermal heating, and MRI-conditional labeling. Utilizing extreme computational resolution on our 2TB RAM HPC, we provide the rigorous evidence required to de-risk your PMA or 510(k) submission.

CORE ENGINEERING SPECIFICATIONS

  • 1mm “Accurate” Tier Modeling: We utilize the 1mm geometric accuracy tier to capture the critical physics of the lead-tissue interface, eliminating the risk of “smoothing out” dangerous thermal gradients or SAR spikes.
  • MRI Safety Modeling (1.5T/3T): Comprehensive ISO 10974 and ISO 14708-3 compliance. We focus on lead-tip heating, induced voltages, and vibration/force analysis in the presence of RF and Gradient fields.
  • Deep-Tissue Telemetry & WPT: Design and verification of wireless power transfer (WPT) and data links through lossy, multi-layered tissue environments to ensure reliable performance and coupling efficiency.
  • V&V Framework: Full alignment with ASME V&V 40, transforming complex simulation data into the “Regulatory-Ready” artifacts required for formal FDA evidence.

PRIMARY UTILITY: THE GOLD STANDARD OF EVIDENCE

  • High-Certainty Artifacts: Coarse 4mm models can underestimate peak SAR and temperature rises. Our 1mm-accurate validation provides the high-certainty data needed to support clinical trials and market approval.
  • Broad Application: Whether developing a Spinal Cord Stimulator (SCS), a Brain-Computer Interface (BCI), or a miniaturized injectable IPG, we provide proof of safety across the full spectrum of patient morphologies and lead trajectories.