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🧪 Medical Robotic Surgery Simulation

Interactive 3D model of a surgical-robot console-to-instrument link: tune motion-scaling ratio and tremor-filter time constant and watch a noisy, tremor-corrupted hand path get converted into a precise, filtered instrument-tip path in real time.

Medical Technology & Imaging Physics2DModerate60 FPS📱 Mobile-adapted

Robotic surgical systems don't just relay a surgeon's hand movement to the instrument — they process it. This simulation models the two-stage signal path that turns a shaky, wide human hand sweep into a steady, sub-millimetre instrument motion: an exponential low-pass filter that rejects physiological tremor, followed by a motion-scaling divider that shrinks the console handle's travel into a precise tip displacement. Drag the tremor, filter time-constant, and scaling-ratio sliders to watch the raw noisy console path and the clean scaled instrument path diverge and reconverge in real time, with a live RMS-precision readout and a tremor-rejection percentage exactly like the ones a real surgical-robot console reports.

⚙ Under the hood

This simulation demonstrates the use of robotic surgical systems to enhance surgical accuracy and minimize invasiveness. It highlights the role of automation in complex medical procedures.

Robotic SurgerySurgical ControlHaptic Feedback

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install