Arcuate retractor with cutting shield surface protects medial collateral ligament from accidental saw blade damage during tibial plateau resection.
Segmented electrodes with insulating barriers prevent short circuits while RF energy seals tissue, resolving consistency issues.
A segmented surgical forceps uses electromagnetic actuation to move jaw segments independently for precise tissue engagement.
Vapor deposition merges RFID tags with instrument surfaces, resolving structural integrity trade-offs.
A trial implant features a durable metal tab nested within a polymeric body to enable secure tool attachment.
A surgical end effector uses pivot pins, ramp surfaces, and cable systems to articulate and roll the shaft for precise tissue manipulation.
Switching circuitry in a control unit opens when RF energy reaches a threshold, preventing excessive tissue burning during medical procedures.
A cylindrical guide element with windows constrains instrument deviation and provides visual references to prevent soft tissue damage during surgery.