We provide the technical rigor and computational evidence required to bring life-saving medical inventions to market with total confidence. Success is measured by the reduction in time-to-prototype—moving modular, test-ready medical devices from simulation to field testing with speed and personal accountability.
High-fidelity In Silico V&V for Class III devices. We provide the validated evidence required for ASME V&V 40 compliance, ensuring electromagnetic safety, precise impedance matching, and SAR thermal safety while ensuring usability.
Precision modeling for skin-worn patches and diagnostic tools. We optimize impedance matching using advanced Voxel phantoms, confirming safety compliance and accelerating the move to regulatory submission while ensuring user acceptance and comfort.
Our facility features a dedicated 2TB RAM HPC Cluster, enabling high-resolution modeling and physical system verification that exceeds standard industry capabilities.
Richard LeBaron is a specialized engineering consultant focused on the intersection of electromagnetics and human health. As the principal of Mehor Solutions, he bridges the gap between complex RF physics and life-saving medical applications.
Unlike generalist firms, Richard remains the primary technical lead on every project—personally building high-fidelity HFSS models, optimizing mesh parameters, and executing Mesh Fusion to ensure clinical-grade precision.
With 20+ years of industry experience and 10+ US Patents in electromagnetic systems, Richard has developed foundational technology for MedTech leaders. He specializes in bridging the gap between innovative antenna design and regulatory-grade verification.
Over 10 years of field-proven inventions in RF powering, fabric antennas, and MedTech miniaturization.
