Stryker Corp.

It has been identified that the impacted docking station (SN 2521008873) was not product released from manufacturing and may not have completed required testing prior to being shipped to your facility. There is a potential risk of electrical shock due to the device s safety testing being unverifiable.

Due to nonconforming products being inadvertently distributed.

Due to a need to update the product labeling (Instructions for Use IFU) as a result of the magnetized surgical tools dislodging markers using during target tissue removal procedures.

Tape used to secure components within packaging contains latex, despite products being labeled as latex-free. Latex could potentially cause an allergic reaction.

Tape used to secure components within packaging contains latex, despite products being labeled as latex-free. Latex could potentially cause an allergic reaction.

Tape used to secure components within packaging contains latex, despite products being labeled as latex-free. Latex could potentially cause an allergic reaction.

Tourniquet cuff flange may become detached from the bladder. If leak occurs during the procedure, there may be risk of hemorrhage, resulting in blood loss greater than expected. Other serious risks include cerebral hypotension and cardiovascular collapse and arrest, risking stroke or death. Specific to IVRA, patient toxicity may also occur due to rapid systemic absorption of anesthetics.

Due to complaints their is the potential that irrigation solution may leaked into the handpiece and battery pack causing it to malfunction.

Due to complaints their is the potential that irrigation solution may leaked into the handpiece and battery pack causing it to malfunction.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

There is a potential for blister seals on the product to present a bubble on the seal area of the packaging. This seal acts as a sterile barrier and, in this event, indicates that the sterility seal has been breached.

Increase in complaints concerning "pullwire" breakage that may result in the broken pullwire remaining in the anchor implant body after deployment.

Precision Thin blade attachments have a potential to be out of measurement specifications, preventing them from securely fitting into the compatible handpiece.

Precision Thin blade attachments have a potential to be out of measurement specifications, preventing them from securely fitting into the compatible handpiece.

Bolts on the vacuum pump filter housing and the flange plate were not properly tightened, impacting the function of the Neptune rovers. Systems with loose bolts may fail to provide sufficient suction force or loss of suction during a procedure.

There is a potential for the product to activate without manual input when plugged into a power source or remain active after buttons are released. Unintentional activation of the device may result in localized burns to the patient or physician from electrical currents carried through conductive objects or fluids. Medical/surgical intervention may be needed to correct these injuries

There is a potential for the product to activate without manual input when plugged into a power source or remain active after buttons are released. Unintentional activation of the device may result in localized burns to the patient or physician from electrical currents carried through conductive objects or fluids. Medical/surgical intervention may be needed to correct these injuries

There is a potential for the product to activate without manual input when plugged into a power source or remain active after buttons are released. Unintentional activation of the device may result in localized burns to the patient or physician from electrical currents carried through conductive objects or fluids. Medical/surgical intervention may be needed to correct these injuries

There is a potential for the product to activate without manual input when plugged into a power source or remain active after buttons are released. Unintentional activation of the device may result in localized burns to the patient or physician from electrical currents carried through conductive objects or fluids. Medical/surgical intervention may be needed to correct these injuries

There is a potential for the product to activate without manual input when plugged into a power source or remain active after buttons are released. Unintentional activation of the device may result in localized burns to the patient or physician from electrical currents carried through conductive objects or fluids. Medical/surgical intervention may be needed to correct these injuries

There is a potential for the product to activate without manual input when plugged into a power source or remain active after buttons are released. Unintentional activation of the device may result in localized burns to the patient or physician from electrical currents carried through conductive objects or fluids. Medical/surgical intervention may be needed to correct these injuries

May exhibit endotoxin levels greater than 2.15 EU/device, fever and inflammation may occur from endotoxin exposure and meningitis may only occur if there is contact with cerebrospinal fluid and thus, neurosurgical/spinal procedures may be considered a population at greatest risk.

Potential for the product to exhibit temperatures higher than specification where the bur shank meets the distal bushing. Temperatures higher than specification may lead to the potential for minor tissue/structure damage or tissue/structure damage from thermal injury which may need medical/surgical intervention.

Potential for the product to exhibit temperatures higher than specification where the bur shank meets the distal bushing. Temperatures higher than specification may lead to the potential for minor tissue/structure damage or tissue/structure damage from thermal injury which may need medical/surgical intervention.

Potential for the product to exhibit temperatures higher than specification where the bur shank meets the distal bushing. Temperatures higher than specification may lead to the potential for minor tissue/structure damage or tissue/structure damage from thermal injury which may need medical/surgical intervention.

Potential for the product to exhibit temperatures higher than specification where the bur shank meets the distal bushing. Temperatures higher than specification may lead to the potential for minor tissue/structure damage or tissue/structure damage from thermal injury which may need medical/surgical intervention.

Potential for the product to exhibit temperatures higher than specification where the bur shank meets the distal bushing. Temperatures higher than specification may lead to the potential for minor tissue/structure damage or tissue/structure damage from thermal injury which may need medical/surgical intervention.

Potential for the product to exhibit temperatures higher than specification where the bur shank meets the distal bushing. Temperatures higher than specification may lead to the potential for minor tissue/structure damage or tissue/structure damage from thermal injury which may need medical/surgical intervention.

Potential for the product to exhibit temperatures higher than specification where the bur shank meets the distal bushing. Temperatures higher than specification may lead to the potential for minor tissue/structure damage or tissue/structure damage from thermal injury which may need medical/surgical intervention.

Potential for the product to exhibit temperatures higher than specification where the bur shank meets the distal bushing. Temperatures higher than specification may lead to the potential for minor tissue/structure damage or tissue/structure damage from thermal injury which may need medical/surgical intervention.

Potential for the product to exhibit temperatures higher than specification where the bur shank meets the distal bushing. Temperatures higher than specification may lead to the potential for minor tissue/structure damage or tissue/structure damage from thermal injury which may need medical/surgical intervention.

Potential for the product to exhibit temperatures higher than specification where the bur shank meets the distal bushing. Temperatures higher than specification may lead to the potential for minor tissue/structure damage or tissue/structure damage from thermal injury which may need medical/surgical intervention.

Expired Products distributed to customers

Expired Products distributed to customers

Expired Products distributed to customers

The microcatheter IFU contains an intended use that has not been evaluated by the FDA.

The microcatheter IFU contains an intended use that has not been evaluated by the FDA.

Expired product distributed

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

An error was identified on the expiration date of the product label. The shelf life for the products impacted is 36 months (3 years) however the product label represents a 54 month (4.5 year) shelf life.

Expired Product distributed

Potential for the Break-Away Femoral Nozzle the applicator tip connecting the cement cartridge, to disassemble or break off during use, can lead to the potential for loss of function of the ACM system and bio-incompatibility due to components falling into surgical site

Potential for the Break-Away Femoral Nozzle the applicator tip connecting the cement cartridge, to disassemble or break off during use, can lead to the potential for loss of function of the ACM system and bio-incompatibility due to components falling into surgical site

Potential for the Break-Away Femoral Nozzle the applicator tip connecting the cement cartridge, to disassemble or break off during use, can lead to the potential for loss of function of the ACM system and bio-incompatibility due to components falling into surgical site

Potential for the Break-Away Femoral Nozzle the applicator tip connecting the cement cartridge, to disassemble or break off during use, can lead to the potential for loss of function of the ACM system and bio-incompatibility due to components falling into surgical site

Potential for the Break-Away Femoral Nozzle the applicator tip connecting the cement cartridge, to disassemble or break off during use, can lead to the potential for loss of function of the ACM system and bio-incompatibility due to components falling into surgical site

Potential for the Break-Away Femoral Nozzle the applicator tip connecting the cement cartridge, to disassemble or break off during use, can lead to the potential for loss of function of the ACM system and bio-incompatibility due to components falling into surgical site

Potential for the Break-Away Femoral Nozzle the applicator tip connecting the cement cartridge, to disassemble or break off during use, can lead to the potential for loss of function of the ACM system and bio-incompatibility due to components falling into surgical site

Potential for current software to miscount when scanning in multiple sponge-products from the same unique sponge-pack type

There is potential the device inside the package may not match the product information on the outer label (e.g., label states 5820-107-030 but package contains a 5820-107-530 device).

There is potential the device inside the package may not match the product information on the outer label (e.g., label states 5820-107-430 but package contains a 5820-107-530 device or vice versa).

There is potential the device inside the package may not match the product information on the outer label (e.g., label states 5820-107-430 but package contains a 5820-107-530 device or vice versa).

Fiber optic cables assembled with not enough epoxy on the proximal end, creating light output issues, which could cause a clinical delay or procedure being converted to open.

Not able to achieve desired pressure and not holding pressure result from two different causes which have been reported to occur during initial set-up of the cuff onto the patient, may lead to operative site blood loss, hemorrhage or, in exceedingly rare situations, other major complications

Not able to achieve desired pressure and not holding pressure result from two different causes which have been reported to occur during initial set-up of the cuff onto the patient, may lead to operative site blood loss, hemorrhage or, in exceedingly rare situations, other major complications

Not able to achieve desired pressure and not holding pressure result from two different causes which have been reported to occur during initial set-up of the cuff onto the patient, may lead to operative site blood loss, hemorrhage or, in exceedingly rare situations, other major complications

Not able to achieve desired pressure and not holding pressure result from two different causes which have been reported to occur during initial set-up of the cuff onto the patient, may lead to operative site blood loss, hemorrhage or, in exceedingly rare situations, other major complications

Not able to achieve desired pressure and not holding pressure result from two different causes which have been reported to occur during initial set-up of the cuff onto the patient, may lead to operative site blood loss, hemorrhage or, in exceedingly rare situations, other major complications

Not able to achieve desired pressure and not holding pressure result from two different causes which have been reported to occur during initial set-up of the cuff onto the patient, may lead to operative site blood loss, hemorrhage or, in exceedingly rare situations, other major complications

Triton Canister Software, Insert & Scanning Label may cause the Triton Canister System to output inaccurate blood loss estimates can lead to confusion and could potentially result in either delayed recognition or prolongation of postpartum hemorrhage (PPH), or require more aggressive treatment for PPH.

Triton Canister Software, Insert & Scanning Label may cause the Triton Canister System to output inaccurate blood loss estimates can lead to confusion and could potentially result in either delayed recognition or prolongation of postpartum hemorrhage (PPH), or require more aggressive treatment for PPH.

Triton Canister Software, Insert & Scanning Label may cause the Triton Canister System to output inaccurate blood loss estimates can lead to confusion and could potentially result in either delayed recognition or prolongation of postpartum hemorrhage (PPH), or require more aggressive treatment for PPH.

A software defect in the camera control unit (CCU) will cause the image on the monitor to flip upside-down into an incorrect orientation. The potential of harms are conversion to open procedure, additional medical intervention, or a revision surgery.

Their is a potential that Video Processor/Illuminators may exhibit flickering, loss of image or unintended reboots.

Sterile drapes packaged in an unsealed pouch.

Sterile drapes packaged in an unsealed pouch.

Potential diff. in the length of the sheath tube and the sheath/probe. A diff. in length could lead to the base of the sheath/probe not being fully seated in the sheath tube which could result in the distal tip of the sheath melting. This could lead to a compromised insulation, leading to unintentional flow of electricity to the patient. The sheath/probe is packaged separately.

Potential diff. in the length of the sheath tube and the sheath/probe. A diff. in length could lead to the base of the sheath/probe not being fully seated in the sheath tube which could result in the distal tip of the sheath melting. This could lead to a compromised insulation, leading to unintentional flow of electricity to the patient. The sheath/probe is packaged separately.

Complaints have been received regarding difficulty in removing the driver from the screw. High driver removal forces can lead to the screw pulling out still attached to the driver. This could result in an additional anchor insertion site in the bone being used.

Complaints have been received regarding difficulty in removing the driver from the screw. High driver removal forces can lead to the screw pulling out still attached to the driver. This could result in an additional anchor insertion site in the bone being used.

There is a potential problem with firm s Connected OR Cart, 120V resulting in cart monitor not attaching flush with their monitor stow handle. The product is not manufactured to specifications and is positioned on the incorrect side that may lead to monitor falling from the monitor arm and a risk of user injury.