Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
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Medical Devices Recalls
Medical equipment, implants, and diagnostic devices
38,779 Total Recalls
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Incorrectly Labeled 'general medical device,' printed on the statutory label of the SYNMESH CAGE SYSTEM instead of 'specially controlled medical device"
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Flow Sensor Service Part, Catalog 2089610-001-S
GE Healthcare
Class I - Dangerous
Flow sensors could have damaged tubes in the form of small punctures or cuts.
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Class I - Dangerous
Strain should be VIM-1 positive but is confirmed to be VIM-1 negative.
Class I - Dangerous
Device malfunction causing the applier to jam, and clip loading failures.
Flow sensors could have damaged tubes in the form of small punctures or cuts.
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Incorrectly Labeled 'general medical device,' printed on the statutory label of the SYNMESH CAGE SYSTEM instead of 'specially controlled medical device"
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.
Class I - Dangerous
Sterilant (hydrogen peroxide) used in acetabular cup hip prosthesis component was not evaluated to confirm the biocompatibility of the residual sterilant. Cannot rule out the potential for adverse tissue reactions.