A reconfigurable orthopedic surgical system uses a serrated wedge and cutting guide to align bone ends.
Curved head portion concentrates ultrasonic energy to improve bone cutting efficiency and reduce tool breakage risk.
A surgical cutting guide with a rotatable handle adjusts orientation to match patient-specific bone angles.
Orthogonal laser assemblies project visible lines onto bone surfaces to assist surgeons in verifying cut alignment during joint resection procedures.
A chamfer resection guide uses a camming member to linearly displace the block member relative to the anchor member.
Segmented targeting guide, displacement elevator, and screw guide minimize soft tissue damage during chevron osteotomy while ensuring stable bone fixation.
Segmented cutting guide with positioning arms secures to bone, ensuring precise acetabular realignment and reducing operating time.
Integrating metallic bushings into a polymer cutting block prevents saw damage to polymeric materials while maintaining precise bone resection accuracy.
Segmented guides translate and rotate bone portions to align sesamoid bones, resolving precision versus complexity trade-offs in osteotomy.
Parallel blades with bent teeth widen the kerf for implants while minimizing bone stress.