Abstract: The invention is directed to an orthopaedic apparatus 24, 80, 380, 480, 580 for positioning an implant 22, 322, 422 relative to an end of a bone. The implant has at least one extractor opening 30, 330, 430 and a shoulder 26, 326, 426 with a slot therein. The positioning apparatus includes a shaft 32, 82, 382, 482 having a fixed impactor tip at an end thereof. The impactor tip is configured to be received within the implant slot. At least one clamping jaw is connected to the shaft, and includes a projection which is configured to be received in the at least one extractor opening. The at least one clamping jaw is preferably detachably connected to the shaft.

Abstract: An orthopaedic positioner instrument 1 for positioning an implant 10 or other surgical device which includes a proximal portion with a transverse hole 17 therein. The instrument includes a locator post 53 or 353 adapted to be received in the transverse hole 17 and a first adjustable pressure applying means adapted to selectively apply pressure against a first outer surface, such as a shoulder 13, of an implant 10 to firmly hold the implant or other device 10 onto instrument 1. The instrument 1 may further include a second adjustable pressure applying means adapted to selectively apply pressure against a second surface of the device, such as the medial side 16 of implant 10.

Abstract: An adjustable drill guide for use with an orthopaedic implant having sleeves which are adjustable to accommodate misalignment of the sleeves relative to the bores within a prosthetic implant. Each sleeve is press fitted within a retaining ring. The retaining rings are carried within a longitudinal slot of the extending leg of the guide. The rings may be clamped against movement after adjustment of the sleeves.