Medical device recalls

The first time an operator selects a new procedure type during a single examination,the shutter position resets to the open position for the new procedure type. If the shutters had previously been changed during the examination, that setting is not retained after the first time the procedure type is changed during a single examination.

The first time an operator selects a new procedure type during a single examination,the shutter position resets to the open position for the new procedure type. If the shutters had previously been changed during the examination, that setting is not retained after the first time the procedure type is changed during a single examination.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Device may be missing a sled component. The sled component is responsible for staple deployment. This may result in failure to form a staple line when tissue is divided, leading to bleeding or leakage of luminal contents.

Certain VOLISTA StandOP Surgical Lights have been identified as having a potential light head detachment issue. Improper assembly of the bracket that connects the light head to the axle fork could result in the light head bracket breaking, causing the light head to detach from the arm and become suspended only from the cabling inside the arm. Use of an affected device may result in serious injury to patient and/or medical staff if the light head detaches and drops, impacting patient and/or medical staff during demonstration, service, or use.

Medtronic has become aware that certain lots of the VCLAS 3MM, 10MM, and 15MM laser diffusing fibers were not tested at intended laser power levels, due to an issue related to calibration of the test equipment, which can lead to the potential for low laser energy output from fiber or fiber burnout at lower wattage.

If the beam model has a highly asymmetric primary source, it is not correctly taken into account in the calculation of DMLC fields when the collimator is rotated. This could lead to potentially significant overdosage at delivery. The user must be aware of the issue to avoid incorrect dose calculations during treatment planning.

The block used to connect the patient pallet to the couch may be assembled incorrectly. A screw may be misaligned in the patient pallet.

The suction valve may not close properly which could cause continuous suction.

The suction valve may not close properly which could cause continuous suction.

The suction valve may not close properly which could cause continuous suction.

The suction valve may not close properly which could cause continuous suction.

The suction valve may not close properly which could cause continuous suction.

The suction valve may not close properly which could cause continuous suction.

The suction valve may not close properly which could cause continuous suction.

The suction valve may not close properly which could cause continuous suction.

The suction valve may not close properly which could cause continuous suction.

The suction valve may not close properly which could cause continuous suction.