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Department of Mechanical Systems Engineering, Nagoya University, Nagoya, Aichi, Japan
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Novice ICSI operators can now match expert speeds, cutting procedure times by over 20% with AI-driven automatic FOV adjustments.
Users can intuitively control arm movements with a wearable actuator that harnesses tactile sensations, outperforming traditional guidance methods in speed and accuracy.
Users can achieve intuitive directional guidance in immersive spaces without visual cues, thanks to a novel haptic feedback system that utilizes fabric actuators.
Unifying pipette and injector operations with haptic feedback cuts cognitive workload and boosts micromanipulation speed in ICSI procedures.
Real-time haptic feedback can now guide elbow movements without disrupting the wearer's natural activities.
