1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.
Irregular core patterns could cause potential overlap of cores at the 8% setting, potentially leading to prolonged healing, irregularities in patient skin texture post-treatment, and/or scarring.
Product packaging may exhibit small pinholes which may not be visible to the unaided eye, compromising the sterile barrier of the packaging. Exposure to non-sterile device may result in inflammation, infection, sepsis, and ischemia.
Product packaging may exhibit small pinholes which may not be visible to the unaided eye, compromising the sterile barrier of the packaging. Exposure to non-sterile device may result in inflammation, infection, sepsis, and ischemia.
1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.
1. An accessory may be improperly placed during packaging, causing creases and damage to the accessory's sterile pouch. 2. Product packaging may exhibit holes, cracks, dents, and crushed areas. Both issues may compromise the sterile barrier of the packaging, and exposure to non-sterile product may result in inflammation, infection, sepsis, and ischemia.
Under certain unlikely circumstances during a fluoroscopic examination, the imaging system Fluorospot Compact might sporadically display an incorrect air kerma/air kerma rate related to the patient reference point, according to IEC 60601-2-43. There is no impact on workflow or diagnosis. The error can occur only in fluoroscopy systems with a second (overhead) X-ray tube. Siemens Healthineers became aware of one customer site where this issue was identified during clinical operation.
Light handle covers may separate from the light handle (detach and fall off) during use, this could result in a procedure delay and/or impact the sterile field which could result in an injury to the patient
Under certain unlikely circumstances during a fluoroscopic examination, the imaging system Fluorospot Compact might sporadically display an incorrect air kerma/air kerma rate related to the patient reference point, according to IEC 60601-2-43. There is no impact on workflow or diagnosis. The error can occur only in fluoroscopy systems with a second (overhead) X-ray tube.
The Single Use Distal Cover MAJ-2315 may cause mucosal injury and/or become detached from the endoscope during use. Consequences of a detached cover could include the risk of aspiration, inhalation, or obstruction that will require urgent removal, and/or burns from an uncovered distal end.
Light handle covers may separate from the light handle (detach and fall off) during use, this could result in a procedure delay and/or impact the sterile field which could result in an injury to the patient
Light handle covers may separate from the light handle (detach and fall off) during use, this could result in a procedure delay and/or impact the sterile field which could result in an injury to the patient
Under certain unlikely circumstances during a fluoroscopic examination, the imaging system Fluorospot Compact might sporadically display an incorrect air kerma/air kerma rate related to the patient reference point, according to IEC 60601-2-43. There is no impact on workflow or diagnosis. The error can occur only in fluoroscopy systems with a second (overhead) X-ray tube.
Through complaint surveillance, it was identified that reprocessed Deep vein thrombosis (DVT) Compression Sleeves may be mislabeled and/or mispackaged.
Due to a manufacturing defect from the battery supplier, affected batteries may experience a loss of capacity earlier in the battery lifecycle than expected and overall battery runtime may decrease earlier in the battery lifecycle than expected.