Medical equipment, implants, and diagnostic devices
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Quality Electrodynamics
Unintended ferrous material may be present within the pushbutton assembly of Siemens Knee and Siemens Extremity Coils.
Medtronic Vascular
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.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Helena Laboratories
Some of the cards show occasional shorter clot times than the expected variation resulting in a potential false negative result on the screening assay.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.
Medtronic Vascular
There is a potential for extensive loss of primary segment material exposing underlying stainless-steel braid wires on a subset of 6F Sherpa catheters.