An issue was identified after a redesign of the auto compounding device. The compounder cannot meet the designed accuracy specification when dispensing into bags. After reviewing the initial design of the device, it was determined the dispensing volume validation was not properly done and none of the compounders on the market can meet the stated specifications.
An issue was identified after a redesign of the auto compounding device. The compounder cannot meet the designed accuracy specification when dispensing into bags. After reviewing the initial design of the device, it was determined the dispensing volume validation was not properly done and none of the compounders on the market can meet the stated specifications.
An issue was identified after a redesign of the auto compounding device. The compounder cannot meet the designed accuracy specification when dispensing into bags. After reviewing the initial design of the device, it was determined the dispensing volume validation was not properly done and none of the compounders on the market can meet the stated specifications.
An issue was identified after a redesign of the auto compounding device. The compounder cannot meet the designed accuracy specification when dispensing into bags. After reviewing the initial design of the device, it was determined the dispensing volume validation was not properly done and none of the compounders on the market can meet the stated specifications.
Radiation emissions which exceeded the limit in the performance standard were detected during maintenance of one system. The identified cause was insufficient attachment of shielding in the door. Jostling during delivery was identified as the probable cause of this failure to comply with the performance standard.
An issue was identified after a redesign of the auto compounding device. The compounder cannot meet the designed accuracy specification when dispensing into bags. After reviewing the initial design of the device, it was determined the dispensing volume validation was not properly done and none of the compounders on the market can meet the stated specifications.
An issue was identified after a redesign of the auto compounding device. The compounder cannot meet the designed accuracy specification when dispensing into bags. After reviewing the initial design of the device, it was determined the dispensing volume validation was not properly done and none of the compounders on the market can meet the stated specifications.
MicroAire has initiated a limited recall (29 Units)on the Endotine Transbleph 3.5 (CFD-080-0167), Lot # 285373, due to minor mislabeling ( the front label is correct, but the side label lists an incorrect part number, i.e. CFD-080-0177).
A variation in flute depth on the routers was observed. The variation in flute depth may cause the routers to be more susceptible to breakages. Risk to Health: Injury to critical soft tissue requiring surgical intervention may occur.
Device was released with default pcal/gain settings for photometers instead of the pcal/gain settings that are required for release. The default settings can potentially lead to the generation of erroneous or invalid results.
Terumo Cardiovascular Systems (Terumo CVS) is conducting a voluntary recall of its heater-cooler devices due to the distributor no longer selling the Inter chlor sanitizer (Product Code 205) referenced in its heater-cooler cleaning instructions.
One lot of BD Trucount Absolute Counting Tubes (IVD) may not be sealed properly and exposure to ambient environment can rapidly degrade the performance of the product.
Beckman Coulter has identified an incompatibility between No Foam DxC reagent (REF B64130) and the DxC hydropneumatic parts associated with No Foam delivery.