Designed entirely in-house, the system relies on a specialized electromechanical braking unit and custom sensor arrays to mimic water variable viscosity. To ensure absolute patient safety and biomechanical accuracy, our engineering team developed a comprehensive dynamic model in MATLAB, allowing us to validate applied forces and kinematic motion against medical specifications prior to physical fabrication. Currently transitioning from functional prototyping to our evaluation phase, we are establishing an international supply chain for high-precision component sourcing and are actively preparing the system for final assembly and future market launch.