Bard PowerPort Catheter Infection Lawsuit [2026 Update]

The Bard PowerPort Device: A Brief Overview

The Bard PowerPort, manufactured by Bard Access Systems Inc., is a medical device designed to provide access to a patient’s bloodstream.

This access point is critical in modern medicine, allowing healthcare professionals to perform various medical procedures.

The Bard PowerPort consists of a small chamber and catheter surgically implanted beneath the patient’s skin.

The catheter is then threaded into a large vein, typically in the chest, as a conduit for administering drugs, fluids, or blood products.

This device is widely used in cancer treatment, long-term antibiotic therapy, and other medical conditions that require frequent intravenous access.

Who Uses Bard PowerPort Devices?

Bard PowerPort devices are primarily used by patients who require long-term intravenous therapy or frequent access to their veins.

Patients who use the Bard PowerPort device may include:

• Cancer patients receiving chemotherapy
• Chronic illness patients needing continuous medication
• Patients with difficult veins
• Pediatric patients

The convenience and supposed reliability of the Bard PowerPort device have made it an attractive option for healthcare providers and patients seeking a more comfortable and efficient means of delivering crucial treatments.

Bard PowerPort Complications

As we’ve established, the Bard PowerPort is a type of subcutaneous central venous port designed to provide reliable long-term vascular access, particularly for patients undergoing chemotherapy and other infusion therapies.

While these devices are routinely placed and managed through interventional radiology or surgical procedures, a growing number of patients have reported serious complications after having a Bard implant port system implanted.

The Bard port catheter lawsuit claims that defects in the device’s design and catheter material increased the likelihood of mechanical failure and patient injury.

Medical literature recognizes that implanted ports already carry independent risk factors for complications due to repeated access, immune suppression, and prolonged use.

However, plaintiffs allege that defective PowerPort devices posed risks beyond those normally expected, leading to premature failure, internal damage, and the need for emergency intervention.

Reported adverse events include both mechanical and vascular injuries, some of which required device removal or additional surgeries.

Patients involved in the litigation have reported a wide range of major complications, including:

• Catheter fracture, where the catheter cracks or breaks inside the body
• Catheter migration, allowing fragments or the entire catheter to move from its original position
• Embolization of catheter fragments into central veins, the heart, or lungs
• Vascular injury, including vein perforation or narrowing
• Blood clots and thrombosis associated with damaged catheter surfaces
• Cardiac complications related to misplaced or migrating catheter segments
• Port malfunction requiring surgical revision or replacement
• Need for urgent or unplanned port removal due to device failure

While infection-related injuries are a central focus of many claims, they represent only one category of harm associated with the PowerPort system.

The litigation highlights how structural failure, material degradation, and loss of catheter integrity can expose patients to serious medical risks, even when the device was initially implanted correctly.

Subsequent sections examine infection-related complications in greater detail and explain how they factor into individual Bard PowerPort claims.

Infections Caused by Defective Bard PowerPort Catheter Devices

In many Bard PowerPort cases, infection is a central injury, often developing after the device has been in place for an extended period.

Implantable ports, including the Bard port-a-cath, are designed to allow repeated access for chemotherapy, medications, and blood draws, but they rely on the long-term integrity of the catheter and port housing to remain safe.

Plaintiffs allege that when catheter material degrades over time, microscopic cracks and surface irregularities can form, creating an environment where bacteria can adhere and proliferate.

According to allegations in the litigation, catheter failure may allow bacteria to enter the bloodstream directly, transforming what might begin as a localized port infection into a systemic condition.

Infection is a common complication of implanted venous access devices, but Bard PowerPort claims argue that the rate and severity of infections exceeded what patients and providers were warned to expect.

In some cases, infections progressed rapidly despite antibiotic treatment, leaving surgical intervention, including urgent port removal, the only viable option.

Once infection spreads beyond the port site, patients may experience serious medical complications requiring prolonged hospitalization, intensive care, or multiple invasive procedures.

These infections can disrupt cancer treatment schedules, delay infusions, and place already vulnerable patients at heightened risk.

The litigation further alleges that defective catheter design contributed to a cascade of associated complications, particularly when bacterial contamination reached central circulation.

Possible complications of catheter infections include:

• Sepsis: A life-threatening reaction to an infection that can lead to tissue damage, organ failure, and death if not treated promptly.
• Bloodstream Infections (BSI): Bacteria or other pathogens from the infected catheter can enter the bloodstream, causing systemic symptoms.
• Localized Abscess: A pocket of pus that can develop around the catheter site due to the infection.
• Endocarditis: An infection of the inner lining of the heart chambers and valves, often resulting from bacteria entering the bloodstream through the catheter.
• Thrombophlebitis: Inflammation of the vein associated with blood clot formation at the site of the catheter.
• Scarring or Stenosis: Narrowing or scarring of the vein where the catheter is placed, which can affect blood flow.
• Catheter Malfunction: The buildup of biofilm or infectious material can interfere with the catheter’s functionality.
• Metastatic Infection: The spread of infection from the catheter site to other parts of the body, leading to infections in distant organs or tissues.
• Necrotizing Fasciitis: A rare but severe bacterial skin infection that spreads quickly and can lead to the death of body tissues.
• Multi-organ Dysfunction: Prolonged or severe infections can lead to the failure of multiple organs, especially if sepsis develops.
• Chronic Pain: Persistent pain at the catheter site or in the surrounding area due to the infection or inflammatory response.

Why Do Catheter Infections Occur With Bard PowerPort Devices?

Catheter infections associated with Bard PowerPort devices are believed to result from a combination of design-related issues and the inherent risks of implanted vascular access systems.

Like many implantable devices, a port catheter device must remain stable and intact inside the body over long periods while being accessed repeatedly for medications, chemotherapy, and long-term IV treatments.

When any component of the device degrades or becomes compromised, it can create pathways for bacteria to enter the body and reach the bloodstream.

Plaintiffs allege that Bard PowerPort catheters are manufactured using Chronoflex AL, a blend of polyurethane and barium sulfate intended to provide flexibility and imaging visibility.

Over time, this material may weaken and develop cracks, fissures, or surface irregularities, particularly at stress points along the catheter.

These microscopic defects can promote bacterial growth, allowing pathogens to colonize areas that are difficult for the immune system or antibiotics to reach.

Even when the device is inserted with proper placement and sterile technique at the surgical site, degraded catheter surfaces may still pose an infection risk once implanted.

As bacteria accumulate within damaged sections of the catheter, localized port infections can progress into more serious bloodstream infections.

This risk is heightened in patients who rely on frequent access to the port for ongoing treatment, as repeated use increases mechanical stress and exposure.

The Bard PowerPort MDL argues that these material-related vulnerabilities contributed to infection rates and severity beyond what patients and providers were warned to expect.

Material Vulnerability

The materials used in the construction of Bard PowerPort devices, while chosen for their biocompatibility, strength, and durability, are not impervious to the rigors of long-term use within the human body.

Over time, these materials may undergo wear, tear, and degradation.

Such structural compromises render them more susceptible to developing cracks or fissures, which, unfortunately, can serve as breeding grounds for bacteria.

While not immediately apparent, this material vulnerability poses a significant risk to patients who rely on Bard PowerPort devices for continuous medical care.

These microscopic openings provide opportunistic pathogens with a route to access blood vessels, thereby increasing the likelihood of infection.

Foreign Body

The presence of a catheter within the body, although medically necessary, represents an inherent foreign body.

In essence, it creates an artificial passage into the bloodstream.

This entry point can be exploited by bacteria and other microorganisms.

While typically sterile upon insertion, this foreign body is not immune to contamination, especially in the presence of the aforementioned material vulnerabilities.

When the catheter’s integrity is compromised through fracturing or cracking, it becomes a beacon for bacteria, allowing them to enter and colonize the area.

This can set the stage for infection, blood clots, and deep vein thrombosis, potentially leading to grave consequences if not promptly addressed.

Long-term Placement

Many patients requiring Bard PowerPort devices do so for extended periods, sometimes several months or even years.

While these devices offer the advantage of consistent intravenous access, this extended duration of placement also increases the susceptibility to infections over time.

The longer a Bard PowerPort device remains in place, the greater the opportunity for contaminants to infiltrate the system, potentially leading to serious injuries and conditions.

Complications Resulting From Catheter Infections

Catheter infections, while often underestimated, can have far-reaching and profound consequences for patients, affecting their physical health and overall well-being.

The complexities and potential severity of these health complications deserve a comprehensive examination.

Systemic Infections: The Ominous Threat

Among the most critical complications stemming from catheter infections are systemic infections, which pose a grave risk to patients.

These infections, originating from catheter-related complications, can rapidly spread throughout the body.

Sepsis, a life-threatening condition, represents the ultimate consequence of unchecked systemic infections.

It is characterized by widespread inflammation, organ dysfunction, and a heightened risk of mortality.

When infections infiltrate the bloodstream via catheter-related issues, they can provoke an uncontrolled immune response, sending the body into a state of crisis.

Organs may begin to fail, leading to a dire medical emergency. Sepsis requires immediate and aggressive medical intervention, often involving intensive care and treatment with antibiotics and other medications.

Local Inflammation: Pain and Discomfort

Infections localized at the catheter insertion site can inflict significant discomfort and distress upon patients.

This localized inflammation can manifest as pain, swelling, redness, and irritation, impairing the patient’s quality of life.

Pain can be incredibly disruptive, interfering with daily activities and hindering the effectiveness of ongoing treatment.

Additionally, the physical discomfort can take a toll on a patient’s emotional well-being, further complicating the healing process.

Catheter Dysfunction: Impeding Treatment Delivery

Catheter infections not only jeopardize the patient’s health but also compromise the very functionality of the Bard PowerPort device itself.

When an infection takes hold, it can impede the device’s operation, hindering the delivery of critical medications, fluids, or other essential treatments.

In some cases, the device may become entirely inoperative, necessitating its removal or replacement.

Additional Medical Procedures and Inconvenience

Removing or replacing an infected Bard PowerPort device introduces additional medical procedures and disruptions to the patient’s healthcare journey.

This translates to increased physical and emotional strain on the patient and potential delays in receiving necessary treatments.

Hospitalization: A Prolonged and Costly Consequence

Severe infections stemming from Bard PowerPort catheters often mandate extended hospital stays and intensive treatment.

These prolonged hospitalizations impose a multifaceted burden on patients and their families.

In addition to the physical toll, they can be emotionally taxing, leading to anxiety and distress.

Moreover, the financial implications of extended hospitalization can be overwhelming, further exacerbating the challenges faced by patients and their loved ones.

Bard PowerPort Lawsuits: Seeking Accountability

The Bard PowerPort litigation brings together claims from patients who allege they were harmed by defects in the Bard Power Port implantable catheter system.

These lawsuits seek to hold the manufacturer accountable for injuries linked to device failure, including infection, catheter fracture, migration, and other serious complications.

Plaintiffs contend that Bard failed to properly test the device, identify long-term risks, and provide adequate warnings to patients and healthcare providers.

By pursuing accountability through coordinated litigation, injured individuals aim to recover compensation while also forcing greater transparency and safety improvements in the medical device industry.

What is the Average Bard Port Catheter Lawsuit Settlement?

There is no established “average” settlement for Bard PowerPort cases because the litigation is ongoing and no global settlement has been announced.

TorHoerman Law’s Bard PowerPort attorneys estimate that potential Bard PowerPort lawsuit settlement amounts could range from $10,000 to over $250,000, depending on the direction of the litigation and the facts of an individual case.

Settlement value typically increases when medical records show device fracture or migration, serious infection, invasive removal or revision procedures, extended hospitalization, lasting impairment, or significant disruption to treatment.

Claims involving earlier detection and removal with limited long-term consequences may fall closer to the lower end of projected ranges, while severe outcomes with documented complications and high medical costs may fall substantially higher.

TorHoerman Law: Bard PowerPort Lawyers

The Bard PowerPort Catheter Infection Lawsuit highlights the challenges faced by patients who have experienced catheter infections due to using this medical device.

While port catheters have been a valuable tool in medical treatment, the susceptibility to infections due to material vulnerabilities in Bard PowerPort devices has raised serious concerns.

Patients affected by these infections are seeking justice through lawsuits to hold the manufacturer accountable for the harm they have endured.

If you or a loved one has been injured by a Bard PowerPort device, you may be eligible to file a Bard PowerPort Lawsuit.

Contact TorHoerman Law for a free consultation.

You can use the chatbot on this page to determine if you qualify for the Bard PowerPort Lawsuit instantly.

A Bard PowerPort injury lawyer can provide guidance and support during this difficult time, in the pursuit of fair compensation and accountability.

Reach out to our team with any questions you may have about the Bard PowerPort Lawsuit.