Medical device recalls

The MAJ-1443 and MAJ-1444 are no longer reprocessing compatible with the OER-Pro and OER-Elite automated endoscope reprocessors.

The MAJ-1443 and MAJ-1444 are no longer reprocessing compatible with the OER-Pro and OER-Elite automated endoscope reprocessors.

The MAJ-1443 and MAJ-1444 are no longer reprocessing compatible with the OER-Pro and OER-Elite automated endoscope reprocessors.

Due to the likely presence of contamination in well(s).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

Updated MRI safety testing demonstrates higher RF-induced temperature increases under certain MRI conditions than previously reflected in the Instructions for Use (IFU).

There is a potential issue that can lead to discordance between the simulated needle trajectory/tip position and the actual needle trajectory/tip position.

If heating pad is folded while in use, the power density increases in the folded area causing excessive temperatures, which can also be caused by placing pad under the body, then the high limit device is unable to sense the higher temperature so power is not terminated. May cause a burning smell prior to melting/burning potentially causing burns to persons and property.

16F dual-valved splittable sheath introducer due to a design defect, may not split as intended, which may result in hemorrhage, foreign bodies, procedure delay, embolization/thrombosis, impaired catheter function, loss of vessel for future vascular access.

16F dual-valved splittable sheath introducer due to a design defect, may not split as intended, which may result in hemorrhage, foreign bodies, procedure delay, embolization/thrombosis, impaired catheter function, loss of vessel for future vascular access.

16F dual-valved splittable sheath introducer due to a design defect, may not split as intended, which may result in hemorrhage, foreign bodies, procedure delay, embolization/thrombosis, impaired catheter function, loss of vessel for future vascular access.

16F dual-valved splittable sheath introducer due to a design defect, may not split as intended, which may result in hemorrhage, foreign bodies, procedure delay, embolization/thrombosis, impaired catheter function, loss of vessel for future vascular access.

16F dual-valved splittable sheath introducer due to a design defect, may not split as intended, which may result in hemorrhage, foreign bodies, procedure delay, embolization/thrombosis, impaired catheter function, loss of vessel for future vascular access.

Probes may rupture/burst during activation

Probes may rupture/burst during activation