DePuy Orthopaedics Recalls

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: DePuy Orthopaedics, Inc. is issuing a voluntary device correction of the HP M.B.T. Keel Punch Knee Instrument because of the potential for tabs on the connection end to fracture and be left in the patient.

Hazard: The SmartSet¿ GMV Endurance Gentamicin Bone Cement, product ref: number 3105-040 is intended for use in indications that have not been cleared by the US FDA. The intended use stated in the IFU for the SmartSet¿ GMV Endurance Gentamicin Bone Cement is for the fixation of prostheses to living bone in arthroplasty procedures of joints in which infection by gentamicin-sensitive organisms is a potentia

Hazard: The LPS Lower Extremity Dovetail Intercalary component has the potential for fracture of the female component when exposed to certain physiological loads.

Hazard: The Glenosphere Orientation Guide Instrument Used with the Delta XTEND Reverse Shoulder is being recalled because an arrow that is etched on the instrument was incorrectly placed on the opposite side of the instrument. Using the improperly etched arrow as a guide could potentially lead to incorrect orientation of the glenosphere implant.

Hazard: DePuy Orthopaedics, Inc. (DePuy) is issuing a voluntary recall of one lot of the AltrX" liner because the product was incorrectly labeled on the box. The box was labeled for a 36IDX52OD +4 Neutral Liner, but the product enclosed was a 36IDX56OD Neutral Liner. Three ( 3 ) complaints were received in January 2012.

Hazard: LifeLiner Stick and Cut Resistant Gloves are being recalled because cases and individual glove packages were mispackaged, with right handed, large sized glove packaging containing left handed, large sized gloves.

Hazard: The tabs on the reamer extension device have broken. DePuy is notifying surgeons of the issue to increase the awareness and to ask surgeons and users to look for tabs before and after surgery to reduce any potential that the tabs are left in the patient. Once the root cause is determined and a design change is implemented, DePuy will conduct a formal swap-out of the affected devices.

Hazard: Potential for the IM rod to break, leaving fragments in the patient. Surgical Techniques guidance has been updated until design changes can be made to reduce likelihood of potential failure.

Hazard: DePuy Orthopaedics is initiating a voluntary recall of the LPS Diaphyseal sleeve because the product has the potential for fracture at the taper junction. The LPS Diaphyseal Sleeve to Diaphyseal Sleeve Base taper connection may not be sufficient to accommodate potential physiologic loads that may be transferred to the junction during normal gait activities by some patients.

Hazard: DePuy Orthopaedics is initiating a voluntary recall of the LPS Diaphyseal sleeve because the product has the potential for fracture at the taper junction. The LPS Diaphyseal Sleeve to Diaphyseal Sleeve Base taper connection may not be sufficient to accommodate potential physiologic loads that may be transferred to the junction during normal gait activities by some patients.

Hazard: DePuy Orthopaedics is initiating a voluntary recall of the LPS Diaphyseal sleeve because the product has the potential for fracture at the taper junction. The LPS Diaphyseal Sleeve to Diaphyseal Sleeve Base taper connection may not be sufficient to accommodate potential physiologic loads that may be transferred to the junction during normal gait activities by some patients.

Hazard: DePuy Orthopaedics is initiating a voluntary recall of the LPS Diaphyseal sleeve because the product has the potential for fracture at the taper junction. The LPS Diaphyseal Sleeve to Diaphyseal Sleeve Base taper connection may not be sufficient to accommodate potential physiologic loads that may be transferred to the junction during normal gait activities by some patients.

Hazard: An Engineering Analysis has determined the Solution Calcar Stem has the potential to result in impingement with a variety of heads. This impingement may not allow the stem and head to lock as intended. The amount of possible impingement varies depending on the femoral head. Worst case condition: Calcar stem with -2mm offset articuleze maximum of 0.937mm radial impingement. It is evident that a

Hazard: An Engineering Analysis has determined the Solution Calcar Stem has the potential to result in impingement with a variety of heads. This impingement may not allow the stem and head to lock as intended. The amount of possible impingement varies depending on the femoral head. Worst case condition: Calcar stem with -2mm offset articuleze maximum of 0.937mm radial impingement. It is evident that a

Hazard: An Engineering Analysis has determined the Solution Calcar Stem has the potential to result in impingement with a variety of heads. This impingement may not allow the stem and head to lock as intended. The amount of possible impingement varies depending on the femoral head. Worst case condition: Calcar stem with -2mm offset articuleze maximum of 0.937mm radial impingement. It is evident that a

Hazard: An Engineering Analysis has determined the Solution Calcar Stem has the potential to result in impingement with a variety of heads. This impingement may not allow the stem and head to lock as intended. The amount of possible impingement varies depending on the femoral head. Worst case condition: Calcar stem with -2mm offset articuleze maximum of 0.937mm radial impingement. It is evident that a

Hazard: An Engineering Analysis has determined the Solution Calcar Stem has the potential to result in impingement with a variety of heads. This impingement may not allow the stem and head to lock as intended. The amount of possible impingement varies depending on the femoral head. Worst case condition: Calcar stem with -2mm offset articuleze maximum of 0.937mm radial impingement. It is evident that a

Hazard: An Engineering Analysis has determined the Solution Calcar Stem has the potential to result in impingement with a variety of heads. This impingement may not allow the stem and head to lock as intended. The amount of possible impingement varies depending on the femoral head. Worst case condition: Calcar stem with -2mm offset articuleze maximum of 0.937mm radial impingement. It is evident that a

Hazard: An Engineering Analysis has determined the Solution Calcar Stem has the potential to result in impingement with a variety of heads. This impingement may not allow the stem and head to lock as intended. The amount of possible impingement varies depending on the femoral head. Worst case condition: Calcar stem with -2mm offset articuleze maximum of 0.937mm radial impingement. It is evident that a

Hazard: An Engineering Analysis has determined the Solution Calcar Stem has the potential to result in impingement with a variety of heads. This impingement may not allow the stem and head to lock as intended. The amount of possible impingement varies depending on the femoral head. Worst case condition: Calcar stem with -2mm offset articuleze maximum of 0.937mm radial impingement. It is evident that a