Abstract: Exemplary microfracture pick systems may include a microfracture pick, a strike plate, and a punch extension. The strike plate may be secured to a handle of the microfracture pick, and the punch extension is connectable to the strike plate. The punch extension is configured to apply an “off-axis” impact force to the microfracture pick. The “off-axis” impact force is generally aligned with an axis of a strike tip of the microfracture pick, thereby substantially preventing the strike tip from skiving across a bone surface during surgical uses.

Abstract: Exemplary intramedullary implant systems are provided for performing surgical procedures. The intramedullary implant systems may be used for performing bone fracture, bone fusion, or osteotomy procedures within joints.

Abstract: Exemplary microfracture pick systems may include a microfracture pick, a strike plate, and a punch extension. The strike plate may be secured to a handle of the microfracture pick, and the punch extension is connectable to the strike plate. The punch extension is configured to apply an “off-axis” impact force to the microfracture pick. The “off-axis” impact force is generally aligned with an axis of a strike tip of the microfracture pick, thereby substantially preventing the strike tip from skiving across a bone surface during surgical uses.

Abstract: This disclosure relates to a targeting guide assembly for positioning a surgical instrument. The targeting guide assembly is used to accurately place a surgical instrument for establishing a precise path for subsequent screw placement, retrograde drilling, etc. A targeting guide assembly according to an exemplary aspect of the present disclosure includes, among other things, a first bracket, a second bracket rotatable relative to the first bracket and a cannula guide body movable within a slot of the first bracket.