Boston Scientific Corporation

Boston Scientific is conducting a removal of specific batches of the iSLEEVETM 14F Expandable Introducer Set due to complaints associated with a hemostatic valve leak.

An investigation determined that delivery of the Obsidio embolic using the aliquot technique for lower gastrointestinal bleeding embolization poses a high risk of bowel ischemia. The most serious and the most common adverse health consequence, reasonably foreseeable to occur, is the need to perform major surgery such as bowel resection and/or diverting colostomy. Therefore, Boston Scientific does not recommend that the aliquot technique be used to deliver the Obsidio device for lower GI bleed embolization procedures.

Boston Scientific has identified a tooling error in manufacturing which may have caused delamination of the inner lumen of the sheath shaft in a subset of POLARSHEATH devices. This could result in the embolization of a fragment during use (such as flushing of the sheath or introduction of the dilator or ablation catheter).

Affected batches of the kit contain Stoma Measuring Devices sized to measure for an 18/24F replacement button, but are labeled as being for a 28F. Use of defective product may lead to undersizing the button, which may cause embedding with erosion into the gastric wall, tissue necrosis, infection, sepsis, and associate sequelae.

The software application on the Programmer/Recorder/Monitor (PRM) for Implantable Pulse Generators will display certain diagnostic dates incorrectly, with a year in the 1990s.

Poor image quality due to fluid ingress in the lens.

Poor image quality due to fluid ingress in the lens.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

Stryker Neurovascular has observed that certain lots of Guider Softip XF Guide Catheters appear to have the incorrect tip curve shape. The impacted products were distributed with a tip curve shape which differs from the labeled tip curve shape.

There is a potential for a rare interaction between the EMBLEM S-ICD and LATITUDE communicator, which may cause S-ICD sensing disablement for a 24-hour interval.

There is a potential for a rare interaction between the EMBLEM S-ICD and LATITUDE communicator, which may cause S-ICD sensing disablement for a 24-hour interval.

Manufactured with the incorrect component may result in lower power output and degradation or dimming of the aiming beam, leading to reduced efficiency of fiber performance. Continued use may cause overheating of the fiber connector, which could result in a burn, if touched

Manufactured with the incorrect component may result in lower power output and degradation or dimming of the aiming beam, leading to reduced efficiency of fiber performance. Continued use may cause overheating of the fiber connector, which could result in a burn, if touched

Manufactured with the incorrect component may result in lower power output and degradation or dimming of the aiming beam, leading to reduced efficiency of fiber performance. Continued use may cause overheating of the fiber connector, which could result in a burn, if touched

Manufactured with the incorrect component may result in lower power output and degradation or dimming of the aiming beam, leading to reduced efficiency of fiber performance. Continued use may cause overheating of the fiber connector, which could result in a burn, if touched

Manufactured with the incorrect component may result in lower power output and degradation or dimming of the aiming beam, leading to reduced efficiency of fiber performance. Continued use may cause overheating of the fiber connector, which could result in a burn, if touched