Convexly curved cutting teeth distribute torque uniformly, reducing high force requirements and tissue trauma during anatomical tissue cutting.
A rotary surgical blade with multiple cutting windows enables customizable tissue removal through angular orientation control.
Diagonal toothed clamping surfaces and segmented guides align muscle tissue for controlled severing while preventing retraction during arthroscopic procedures.
A bone resector tool combines ultrasonic vibrations and reciprocal motion to reduce vibration transmission to the surgeon's hand.