Every medical device recall the FDA publishes, pulled live from openFDA's Device Recall database - the same records behind the FDA's own recall pages. No manual sync: this page re-fetches on its own, so a recall shows up here as soon as the FDA posts it. Not filtered to devices in our catalog.
openFDA last refreshed this dataset on September 12, 2026. New recalls appear here on the FDA's own publishing schedule.
59,160 recall(s)
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Sponge forceps and towel clamps associated with small loose metal flakes potentially could detach from the components. Metal flakes on components may enter a patients surgical site undetected causing local reactions or possible foreign body reactions
Root cause: Process control
Reason: Error code "50037" occurs on the IR-Hand Control when a MEERA-table is controlled, and the table stops the movement. This error may occur sporadically when the MEERA-table is controlled via an IR-Hand Control and may result in procedural delay
Root cause: Component design/selection