A multi-pin pin impactor and method of use are described. The pin impactor includes a body which can be held by a user and manipulated to re-position the pin impactor during use. First and second pin holders are attached to the body and each include a pin release mechanism effective to releasably retain a pin within the pin holder. An impaction can have a force applied to apply a driving force to a one of the pins. In use, a first pin held by the pin impactor is introduced into an aperture in a surgical instrument mounted on a bone. A force is applied to the pin impactor to drive the first pin into the bone. The orientation or position of the pin impactor is changed to introduce a second pin held by the pin impactor into a second aperture in the surgical instrument without re-loading the pin impactor and a force is applied to the pin impactor to drive the second pin into the bone.
1. A multi-pin pin impactor for surgical use with at least a first pin and a second pin, comprising:
a body holdable by a user;
a first metal member having an impaction portion at one end, a distal end opposite the impaction portion and a first cavity formed in the distal end, the first cavity sized to receive at least a portion of the first pin;
a second metal member having an impaction portion at one end, a distal end opposite the impaction portion and a second cavity formed in the distal end, the second cavity sized to receive at least a portion of the second pin; and
wherein the first member and the second member intersect at a location between the impaction portions and the distal ends;
wherein the first member has a first longitudinal axis and the second member has a second longitudinal axis, and wherein the angle subtended by the first longitudinal axis and the second longitudinal axis is between approximately 30° and 180°;
wherein the impaction portion of the first member includes a first solid impaction surface oriented in one direction to direct an impaction force toward the distal end of the first member and the impaction portion of the second member includes a second solid impaction surface oriented in a different direction to direct an impaction force toward the distal end of the second member;
wherein the first impaction surface is opposite the first cavity and the second impaction surface is opposite the second cavity;
wherein the body comprises an outer non-metallic coating extending over portions of both the first metal member and second metal member while leaving the first impaction surface and second impaction surface exposed; and
wherein the body defines open spaces on both sides of the intersection of the first member and second member.
2. The pin impactor of claim 1 , wherein the angle subtended by the first longitudinal axis and the second longitudinal axis is approximately 60°.
3. The pin impactor of claim 1 , wherein the angle subtended by the first longitudinal axis and the second longitudinal axis is approximately 120°.
4. The pin impactor of claim 1 , wherein all of the first member and the second member lie in a common plane.
5. The pin impactor of claim 1 , wherein the first metal member and second metal member are discreet components with notches, the first metal member and second metal member are assembled with each notch receiving a portion of the other member at the intersection and wherein the body is molded onto the assembly.
6. The pin impactor of claim 1 , wherein the first cavity and the second cavity are sized to form a friction fit with the first pin and the second pin, respectively.
7. A kit of parts comprising the pin impactor of claim 1 and at least a first pin and a second pin.