The locking mechanism of the tibial tray exhibited a manufacturing defect in which a uniform ridge was cut along the inner wall of the "T" and "Y" junctions, which may cause resistance when the Tibial Insert was being assembled.
The locking mechanism of the tibial tray exhibited a manufacturing defect in which a uniform ridge was cut along the inner wall of the "T" and "Y" junctions, which may cause resistance when the Tibial Insert was being assembled.
Ortho Development is recalling various Pivot Bipolar Cup, Patella, PS Tibial Insert, UC Tibila Insert, and CK Tibil Insert because the foil pouches did not properly seal, allowing air to seep back into the pouch after sealing which increases the risk that the material properties of the implant would be substantially degraded due to oxidation.
Ortho Development is recalling various Pivot Bipolar Cup, Patella, PS Tibial Insert, UC Tibila Insert, and CK Tibil Insert because the foil pouches did not properly seal, allowing air to seep back into the pouch after sealing which increases the risk that the material properties of the implant would be substantially degraded due to oxidation.
Ortho Development is recalling various Pivot Bipolar Cup, Patella, PS Tibial Insert, UC Tibila Insert, and CK Tibil Insert because the foil pouches did not properly seal, allowing air to seep back into the pouch after sealing which increases the risk that the material properties of the implant would be substantially degraded due to oxidation.
Ortho Development is recalling various Pivot Bipolar Cup, Patella, PS Tibial Insert, UC Tibila Insert, and CK Tibil Insert because the foil pouches did not properly seal, allowing air to seep back into the pouch after sealing which increases the risk that the material properties of the implant would be substantially degraded due to oxidation.
Ortho Development is recalling various Pivot Bipolar Cup, Patella, PS Tibial Insert, UC Tibila Insert, and CK Tibil Insert because the foil pouches did not properly seal, allowing air to seep back into the pouch after sealing which increases the risk that the material properties of the implant would be substantially degraded due to oxidation.
A femoral component containing pegs was found in a box for the pegless version.