HipLOC System Plate Barrel due to an undersized bore on the HipLOC plate barrel, can result in the lag screw not fitting through the barrel
Biomet U.K.
HipLOC System Plate Barrel due to an undersized bore on the HipLOC plate barrel, can result in the lag screw not fitting through the barrel
HipLOC System Plate Barrel due to an undersized bore on the HipLOC plate barrel, can result in the lag screw not fitting through the barrel
HipLOC System Plate Barrel due to an undersized bore on the HipLOC plate barrel, can result in the lag screw not fitting through the barrel
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Class I - Dangerous
Zimmer Biomet is conducting a medical device field action for various lot-specific Oxford Knee instruments due to potential alumina inclusions in the raw material batch used to produce the affected products. Inclusions contained within the finished product could lead to the cracking and separation of the instrument.
Investigation of complaints found excessive use of the instrument could result in cracking on the weld between the head and the handle, which could lead to part of the head becoming detached from the handle.
Class I - Dangerous
A drafting error during an unrelated design change has led to 4 misleading dimensions on the drawing. The CAD model remained the same thickness but the problem dimensions were accidentally struck from an incorrect point result in an increase of 1.0mm in the value of each dimension