Refine Catheter Designs in Hours, Not Weeks.

A single complex prototype often costs $5,000+ and takes weeks to fabricate and test. VirtuCath allows you to evaluate hundreds of design variants digitally in an afternoon, ensuring your first physical build is based on calculated data, not intuition.

VirtuCath employs Classical Lamination Theory to provide rigorous analytical solutions for your composite mechanics. For complex steering dynamics, the software leverages a specialized implementation of the MuJoCo physics engine, tuned to capture non-linear catheter behavior with high fidelity.

Bypass the steep learning curve of traditional FEA. The interface is built for R&D engineers, allowing you to extract actionable mechanical data like flexural stiffness and torque response without needing a dedicated simulation analyst.

Go beyond simple tubing. Accurately capture the mechanical interaction between liners, tie-layers, and reinforcements. Define multi-segment shafts with variable braid densities and transition zones to predict true device performance.

Your IP never leaves your hardware. The software executes strictly on your local machine with zero cloud dependency or background data transfer. Design with confidence knowing your proprietary device specifications are never uploaded, tracked, or stored externally.

Advanced physics doesn't require a supercomputer. The solver is highly optimized for standard CPUs, delivering workstation-class performance on your existing laptop without the need for expensive GPUs or cloud compute subscriptions.