California recalls

Intraoperative neuromonitoring device, due to a software issue, may experience loss or interruption of triggered electromyography (tEMG) functionality during use, displaying as system faults, loss of communication between the Patient Interface and Tablet, and prompts requiring system reboot; may result in increased operative time and surgical plan change.

Affected kits contain recalled Bard Silastic Foley Catheters. Catheters were recalled by manufacturer due to increased amount of raw material present on the surface of the catheter. Issue may result in the use of urinary catheters that exhibit staining on the catheter surface; raw material present in increased amounts may be harmful.

Affected kits contain recalled Bard Silastic Foley Catheters. Catheters were recalled by manufacturer due to increased amount of raw material present on the surface of the catheter. Issue may result in the use of urinary catheters that exhibit staining on the catheter surface; raw material present in increased amounts may be harmful.

Affected kits contain recalled Bard Silastic Foley Catheters. Catheters were recalled by manufacturer due to increased amount of raw material present on the surface of the catheter. Issue may result in the use of urinary catheters that exhibit staining on the catheter surface; raw material present in increased amounts may be harmful.

Affected kits contain recalled Bard Silastic Foley Catheters. Catheters were recalled by manufacturer due to increased amount of raw material present on the surface of the catheter. Issue may result in the use of urinary catheters that exhibit staining on the catheter surface; raw material present in increased amounts may be harmful.

Affected kits contain recalled Bard Silastic Foley Catheters. Catheters were recalled by manufacturer due to increased amount of raw material present on the surface of the catheter. Issue may result in the use of urinary catheters that exhibit staining on the catheter surface; raw material present in increased amounts may be harmful.

Affected kits contain recalled Bard Silastic Foley Catheters. Catheters were recalled by manufacturer due to increased amount of raw material present on the surface of the catheter. Issue may result in the use of urinary catheters that exhibit staining on the catheter surface; raw material present in increased amounts may be harmful.

Affected kits contain recalled Bard Silastic Foley Catheters. Catheters were recalled by manufacturer due to increased amount of raw material present on the surface of the catheter. Issue may result in the use of urinary catheters that exhibit staining on the catheter surface; raw material present in increased amounts may be harmful.

Affected kits contain recalled Bard Silastic Foley Catheters. Catheters were recalled by manufacturer due to increased amount of raw material present on the surface of the catheter. Issue may result in the use of urinary catheters that exhibit staining on the catheter surface; raw material present in increased amounts may be harmful.

Affected kits contain recalled Bard Silastic Foley Catheters. Catheters were recalled by manufacturer due to increased amount of raw material present on the surface of the catheter. Issue may result in the use of urinary catheters that exhibit staining on the catheter surface; raw material present in increased amounts may be harmful.

For MiniMed Go app version 1.0.0 and 1.1.0, when the Set day and night is turned OFF and missed dose or Correct high glucose alerts are enabled, the associated alerts will not be triggered during the nighttime. This could result in missed rapid-acting insulin doses without the user s knowledge, and may lead to delayed therapy and an increased risk of hyperglycemia.

Problem description/Reason for recall: During the period March 22, 2026, to May 29, 2026, recorded urination audio was captured at 48,000 Hz while the model was trained and validated on 44,100 Hz audio. The models depend on the sampling so every recording in the window was therefore processed against a time/frequency scale the models did not expect, producing systematically biased Qmax, Qmean, and voided-volume estimates. The problem usually over-reports flow rate and volume; the firm have made corrected results available to care teams.

Potential for unexpected instances where the front panel display turns off unexpectedly, and air delivery (insufflation) ceases.

The software controlling the wound imaging device's battery charging circuit was not designed to recognize and recover a battery that has fully discharged into a low-power "shipping mode." When this occurs, an affected device will not resume charging when reconnected to power and becomes temporarily unusable/ unavailable for wound imaging until corrected.

Incorrect labeling - embolization devices labeled as 3.0 mm x 20 mm implants contain 12 mm implants, and devices labeled as 3.0 mm x 12 mm implants contain 20 mm implants.

Defects in the silicone seal, which may result in "doming" of the silicone seal due to improper sealing, potentially leading to fluid occlusion or leakage.

Software anomaly occurs when a user adds one or more vials to the cart and subsequently returns to the Activity Calculator to modify one or more input. When a user modifies an input and selects "Recalculate", the dose calculation is updated correctly; however, any vials that were previously added to the cart are not automatically updated to reflect the revised calculation.

Due to manufacturing issues, reperfusion catheters may fractures

Due to device not having FDA Clearance

Ventriculostomy devices, used during ventriculostomy procedures to gain access to the ventricular system, may exhibit endotoxin levels that exceed the acceptable limit for devices that come into contact with cerebrospinal fluid; endotoxin exposure can cause an acute inflammatory process.

User measurement value reported by diagnostic bioimaging software intended to measure/visualize cardiovascular structures may be larger (0.8% to 34.4%) than the actual anatomical dimension, if all the following occur: affected software is used, and the user has access only to 3D Echo OR Mitral 3D Echo, and the dataset being analyzed is a Philips 3D echo dataset containing Color Doppler information

Incorrect concentration of Betadine solution contained within certain AVID convenience kits.

Due to manufacturing error, polyaxial head may popoff from the screw intraoperatively following insertion.

Potential for the HDMI and DisplayPort (DP) connectors can become faulty resulting in image loss or image abnormalities.

Product may experience accelerated roller wear and potential deformation due to interference between the roller assembly and rail. In the worst-case condition, rail mechanism may become lodged during operation and movement of the stretcher along the rail may no longer be possible through either powered or manual operation. May cause delays in transport of patient to healthcare facility.

ICU Medical became aware of an increased likelihood of leakage in specific Lots of L-70 HOTLINE Fluid Warming Sets due to potentially inadequate solvent application at the tubing to return connector bond.

Paragon 28 received two (2) complaints were received involving breaches in the sterile barrier of the pouch packaging.

Boston Scientific's complaint investigations have identified that a subset of air ingress complaints are associated with hemostatic valve damage related to dilator insertion orientation during device preparation. Valve damage may result in air ingress, potential air embolism, and associated patient harm. This risk can be mitigated by inserting the dilator straight through the center of the valve and fully advancing it into the sheath body.

Boston Scientific's complaint investigations have identified that a subset of air ingress complaints are associated with hemostatic valve damage related to dilator insertion orientation during device preparation. Valve damage may result in air ingress, potential air embolism, and associated patient harm. This risk can be mitigated by inserting the dilator straight through the center of the valve and fully advancing it into the sheath body.

Boston Scientific's complaint investigations have identified that a subset of air ingress complaints are associated with hemostatic valve damage related to dilator insertion orientation during device preparation. Valve damage may result in air ingress, potential air embolism, and associated patient harm. This risk can be mitigated by inserting the dilator straight through the center of the valve and fully advancing it into the sheath body.