Complete FDA and NHTSA recall records dated in 2019, organized for browsing by month, category and recalling company.
Select a month to review the recall records reported during that period.
Records are ordered by the best available source date.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Some of the cards show occasional shorter clot times than the expected variation resulting in a potential false negative result on the screening assay.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Software malfunction; The action being taken due to the device becoming inoperable due to software lockup.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
The affected lots may be packaged in syringes which include an incorrect bung. The incorrect bung is made of a latex-free isoprene rubber material. After prolonged storage and exposure to…
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
This archive groups records by their reported or recall date. It does not imply that every recall was initiated, announced and resolved during the same calendar year. Open the individual record for the exact dates and source details supplied by FDA or NHTSA.
