A bending tool that is configured to bend an orthopedic implant that includes a first implant portion and a second implant portion, the bending tool comprising: a first jaw assembly that includes a first jaw that defines a first engagement surface and that includes a first base and a first adjustment member that is movably coupled to the first base; a second jaw assembly that is movably coupled to the first jaw assembly, the second jaw assembly including a second jaw that defines a second engagement surface and that includes a second base and a second adjustment member), the second adjustment member movably coupled to the second base such that the second engagement surface is movable with respect to the first engagement surface so as to at least partially define an implant receiving gap between the first and second engagement surfaces, the gap having a variable adjustment distance defined from the second engagement surface to the first engagement surface along a lateral direction, wherein the first and second engagement surfaces are configured to engage the orthopedic implant when the orthopedic implant is disposed in the implant receiving gap and the first jaw and the second jaw move from an open position toward a closed position, wherein moving the first and second jaw assemblies (103, 105) relative to each other causes at least one of the first and second jaws (106, 104) to move in at least the lateral direction that decreases the adjustment distance and causes the first and second jaws (106, 104) to apply a force to a portion of the orthopedic implant that is disposed in the gap, thereby bending the orthopedic implant such that the first implant portion is offset relative to the second implant portion by an offset distance that is at least partially defined by the adjustment distance, characterized in that the first engagement surface includes a first adjustment engagement surface defined by the first adjustment member and a first base engagement surface defined by the first base, and the second engagement surface includes a second adjustment engagement surface defined by the second adjustment member and a second base engagement surface defined by the second base, wherein the variable adjustment distance is defined from the second adjustment engagement surface to the first base engagement surface along the lateral direction. a first jaw assembly that includes a first jaw that defines a first engagement surface and that includes a first base and a first adjustment member that is movably coupled to the first base; a second jaw assembly that is movably coupled to the first jaw assembly, the second jaw assembly including a second jaw that defines a second engagement surface and that includes a second base and a second adjustment member), the second adjustment member movably coupled to the second base such that the second engagement surface is movable with respect to the first engagement surface so as to at least partially define an implant receiving gap between the first and second engagement surfaces, the gap having a variable adjustment distance defined from the second engagement surface to the first engagement surface along a lateral direction, wherein the first and second engagement surfaces are configured to engage the orthopedic implant when the orthopedic implant is disposed in the implant receiving gap and the first jaw and the second jaw move from an open position toward a closed position, wherein moving the first and second jaw assemblies (103, 105) relative to each other causes at least one of the first and second jaws (106, 104) to move in at least the lateral direction that decreases the adjustment distance and causes the first and second jaws (106, 104) to apply a force to a portion of the orthopedic implant that is disposed in the gap, thereby bending the orthopedic implant such that the first implant portion is offset relative to the second implant portion by an offset distance that is at least partially defined by the adjustment distance, characterized in that the first engagement surface includes a first adjustment engagement surface defined by the first adjustment member and a first base engagement surface defined by the first base, and the second engagement surface includes a second adjustment engagement surface defined by the second adjustment member and a second base engagement surface defined by the second base, wherein the variable adjustment distance is defined from the second adjustment engagement surface to the first base engagement surface along the lateral direction.