[Legal Guide] Failed Shoulder Replacement Claims: Securing Experienced Mass Tort Representation

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[Legal Guide] Retained Surgical Sponge Claims: How Local Lawyers Prove Absolute Liability

The Heavy Burden of a Broken Promise: Your Comprehensive Legal Guide to Failed Shoulder Replacement Claims

The Reality of Shoulder Replacement Failure: When Medical Innovation Betrays the Patient

I remember sitting across the conference table from a man named Arthur a few years ago. Arthur was a retired high school woodshop teacher, a guy who spent his entire life working with his hands, building cabinets, and teaching teenagers how not to cut their fingers off. When his right shoulder finally gave out from decades of arthritis, his orthopedic surgeon promised him that a total shoulder replacement would give him his life back. Instead, less than two years after the surgery, Arthur couldn't even lift a mug of coffee to his lips without his face contorting in pure agony. The metal-and-plastic joint that was supposed to be his salvation had turned into a grinding, loose piece of hardware that was actively destroying the remaining bone in his arm.

That is the heartbreaking, infuriating reality for thousands of patients across the country who have undergone shoulder arthroplasty only to watch their hope of pain-free movement disintegrate. When a medical device manufacturer releases a product into the market, there is an implicit, sacred trust between the designer, the surgeon, and the patient lying on the operating table. We trust that these highly engineered pieces of titanium, cobalt-chromium, and ultra-high-molecular-weight polyethylene have been rigorously tested to withstand the daily wear and tear of human life. When they fail prematurely, it is not just a medical complication; it is a profound betrayal of that trust that leaves patients physically shattered and financially drained.

The clinical data surrounding failed shoulder replacements is alarming, but the human stories behind those statistics are what truly drive the pursuit of justice in these complex product liability cases. We are not talking about a minor ache or a slight limitation in range of motion that can be managed with a couple of ibuprofen and some physical therapy. We are talking about catastrophic device failures characterized by component dissociation, severe bone loss, systemic metallosis, and chronic, unrelenting pain that makes sleep an impossibility. Patients find themselves trapped in a medical nightmare, facing the terrifying prospect of undergoing one or more revision surgeries—procedures that are vastly more complex, painful, and risky than the initial joint replacement.

To make matters worse, many of these failures are not the result of surgical error or patient non-compliance, though device manufacturers will fight tooth and nail to shift the blame onto anyone but themselves. Instead, the root cause frequently lies in design defects, manufacturing errors, or negligent packaging that allows the medical implants to degrade before they are even implanted into your body. Navigating this landscape requires more than just a basic understanding of personal injury law; it demands a deep, clinical comprehension of orthopedic biomechanics and an unyielding willingness to go toe-to-toe with multi-billion-dollar pharmaceutical and device conglomerates.

🛑 INSIDER NOTE: The Myth of the "Lifetime" Joint

Many patients are led to believe that modern orthopedic implants are practically indestructible and will easily last fifteen to twenty years. While that may be true for a perfectly manufactured and designed device, defective implants often begin to fail within the first two to five years. If your implant has failed prematurely, do not assume your body "rejected" it or that you did something wrong; more often than not, the device itself was fundamentally flawed from the moment it left the factory floor.

Understanding the Mechanics of Failure: Polyethylene Degradation and Design Flaws

To understand why these cases are so legally viable and medically devastating, we have to look closely at the science of how these joint replacements actually fail inside the human body. In a standard or reverse total shoulder replacement, a plastic liner—made of ultra-high-molecular-weight polyethylene—acts as the cartilage, cushioning the interaction between the metal humeral head and the glenoid component. It is a elegant design in theory, but it possesses a critical vulnerability: if that plastic is exposed to even trace amounts of oxygen during the manufacturing, sterilization, or storage process, it undergoes a destructive chemical reaction known as oxidation.

This oxidation process structurally alters the plastic, making it incredibly brittle, prone to delamination, and susceptible to rapid wear. As you move your arm, the oxidized plastic begins to shed microscopic debris into the surrounding joint space, a phenomenon that triggers a massive immune response. Your body’s white blood cells recognize these plastic particles as foreign invaders and attempt to digest them, but because they cannot destroy the plastic, they release enzymes that inadvertently attack and dissolve the surrounding healthy bone. This pathological process is known as osteolysis, and it is the silent killer of joint replacements, leading to the rapid loosening of the implant, excruciating pain, and structural bone loss that makes revision surgery a clinical nightmare.

In addition to material degradation, pure design flaws plague several prominent shoulder systems on the market. For instance, in reverse total shoulder arthroplasty—where the normal anatomy is switched so that a metal ball is attached to the shoulder socket and a plastic cup is attached to the upper arm bone—the mechanical stresses on the bone-implant interface are immense. If the angle of the humeral stem or the fixation mechanism of the glenosphere is poorly designed, the implant can easily shift, tilt, or completely dislodge from the bone. This mechanical instability leads to immediate loss of function, severe soft-tissue damage, and a grinding sensation that patients often describe as feeling like their arm is literally slipping out of its socket.

When we litigate these cases, we rely heavily on biomaterials experts, orthopedic pathologists, and biomedical engineers who can analyze the retrieved hardware under scanning electron microscopes. We look for telltale signs of adhesive and abrasive wear, micro-cracking, and fatigue striations in the plastic liners, as well as evidence of fretting and corrosion at the metal-on-metal junctions. Proving that your injury was caused by a defective product rather than natural disease progression or surgical technique is a highly technical endeavor, and it requires an attorney who knows how to translate this complex clinical data into a compelling narrative that a jury of ordinary citizens can easily comprehend.

The Corporate Culprits: Recalls, Design Defects, and the Big Names in Liability

When you peel back the layers of the medical device industry, you quickly realize that the marketplace is dominated by a handful of massive medical technology corporations that frequently prioritize profit margins and rapid market entry over rigorous, long-term clinical testing. Over the last decade, several major manufacturers have faced massive legal scrutiny, regulatory actions, and voluntary recalls due to high failure rates in their shoulder replacement systems. Names like Exactech, Zimmer Biomet, DePuy Synthes, and Wright Medical have become synonymous with high-stakes product liability litigation in the orthopedic space.

One of the primary drivers of these widespread failures is the FDA’s controversial 510(k) clearance process. This regulatory loophole allows medical device manufacturers to bypass rigorous, multi-year clinical trials if they can demonstrate that their new device is "substantially equivalent" to an existing product already on the market (known as a "predicate device"). The systemic flaw in this system is obvious: if the predicate device itself had an underlying, undetected design defect, the new device inherits that defect, along with any new design "improvements" that may actually exacerbate the problem. It is a game of regulatory dominoes where the ultimate losers are the unsuspecting patients who end up with defective hardware permanently cemented into their bodies.

The litigation surrounding these devices has revealed a disturbing pattern of corporate behavior: companies often become aware of elevated failure rates through internal databases and adverse event reports long before they take action to protect the public. They may quietly modify their manufacturing processes or update their surgical manuals while continuing to sell their existing inventory of defective implants to unsuspecting hospitals. By the time a formal recall is issued, thousands of patients have already been implanted with ticking time bombs, leaving them to live in constant fear of when, not if, their shoulder replacement will fail.

Exactech Connexion GFE Liners: Recalled due to non-conforming packaging that allowed oxygen to degrade the polyethylene inserts before implantation.
Zimmer Biomet Comprehensive Reverse Shoulder: Recalled by the FDA as a Class I recall due to high rates of humeral tray fractures and premature loosening.
DePuy Synthes Delta XTEND: Subject to numerous safety alerts regarding glenoid loosening and mechanical failure of the joint components.
Wright Medical (Stryker) Perform/Tornier: Associated with accelerated wear, component dissociation, and severe bone loss requiring early revision.

⚠️ INSIDER NOTE: The Power of a Class I Recall

When the FDA designates a recall as "Class I," it is the most serious type of recall possible. It means there is a reasonable probability that the use of or exposure to the product will cause serious adverse health consequences or death. If your shoulder implant is subject to a Class I recall, your legal case is immediately on a much stronger footing, as the manufacturer has essentially admitted to a critical safety defect.

The Exactech Recall and the Packaging Nightmare

To truly understand how corporate negligence can impact an individual patient, we need to look no further than the massive Exactech recall, which has become one of the most significant orthopedic mass torts in recent history. For years, Exactech marketed its Connexion GFE polyethylene liners as a state-of-the-art solution for shoulder replacements, promising superior wear resistance and long-term durability. However, behind the scenes, a catastrophic manufacturing and quality control failure was unfolding in their distribution warehouses.

The issue was not just the design of the plastic itself, but how it was packaged. Exactech shipped these highly sensitive polyethylene liners in vacuum-sealed bags that were supposed to feature a secondary barrier layer of ethylene vinyl alcohol (EVOH) to prevent oxygen from leaking into the package. Unfortunately, the bags used for over a decade lacked this critical barrier layer. As a result, oxygen constantly seeped into the packaging during storage, initiating a silent process of severe oxidation before the surgeon even opened the sterile seal in the operating room.

[Defective Packaging (No EVOH Barrier)] 
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[Oxygen Seeps into Sealed Package] 
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[Premature Polyethylene Oxidation] 
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[Implantation of Already-Degraded Plastic] 
                 │
                 ▼
[Rapid Wear, Osteolysis, and Device Failure]

When these pre-oxidized liners were implanted into patients' shoulders, they wore down at an astonishingly accelerated rate. Instead of lasting fifteen years, some of these liners began to disintegrate within thirty-six months, releasing millions of microscopic plastic shards into the patient's joint space. The resulting osteolysis was devastating; patients suffered massive bone loss, tissue necrosis, and severe joint instability, frequently requiring complex revision surgeries that involved bone grafting and the reconstruction of the entire shoulder socket.

What makes the Exactech situation so egregious is the sheer scale of the exposure. Hundreds of thousands of liners were distributed in these defective bags over a fifteen-year period, affecting patients who received total shoulder replacements, reverse shoulder replacements, and even hip and knee implants. For those affected, the legal recourse is not just about recovering medical expenses; it is about holding a corporation accountable for a basic, systemic failure of quality control that could have been easily prevented with proper packaging audits and material testing.

The Physical, Emotional, and Financial Toll of Revision Surgery

If you have never experienced or witnessed a joint revision surgery, it is difficult to comprehend just how grueling the process is compared to an initial joint replacement. An initial shoulder replacement is a highly controlled, structured procedure where the surgeon removes damaged cartilage and makes clean, precise cuts to healthy bone to seat the new implant. A revision surgery, on the other hand, is a salvage operation. The surgeon must carefully extract the loose, damaged, or fractured hardware—which is often cemented deep inside the humerus—while trying to preserve whatever viable bone remains.

The physical toll of this procedure is immense. Because osteolysis and metal wear often destroy a significant amount of the surrounding bone, the surgeon cannot simply pop in a new implant. They frequently have to harvest bone grafts from other parts of your body or use donor bone to rebuild the shoulder socket and the shaft of the arm. The surgery takes twice as long, requires a much larger incision, results in significant blood loss, and carries a dramatically higher risk of nerve damage, infection, and permanent loss of arm function. The recovery process is not measured in weeks, but in grueling months of intensive, painful physical therapy, with no guarantee that you will ever regain your baseline strength or mobility.

The emotional impact of this cycle of failure and reconstruction is equally devastating. Imagine spending a year recovering from an initial surgery, diligently doing your physical therapy, finally feeling like you are getting your life back, only to start feeling that familiar, sickening grind in your joint again. The psychological despair of realizing you have to go back under the knife, face the risks of anesthesia, and start the entire painful recovery process over again is paralyzing. It strains marriages, prevents grandparents from holding their grandchildren, forces premature retirement, and leaves patients dealing with chronic clinical depression and anxiety.

Initial Surgery ──► Pain Relief (Temporary) ──► Device Failure ──► Revision Surgery ──► Long-Term Disability

Then, there is the financial devastation. Even with excellent health insurance, the out-of-pocket costs of a revision surgery can easily run into tens of thousands of dollars. Deductibles, co-pays, specialized physical therapy, home health aides, and medical equipment add up rapidly. For working-age patients, the loss of income during months of recovery can push a family to the brink of bankruptcy. When we calculate damages in a failed shoulder replacement lawsuit, we do not just look at the medical bills sitting on your kitchen counter; we project the lifelong financial impact of your injuries, including future medical care, lost earning capacity, and the intangible but profound loss of quality of life.

Why Revision Surgery is Not Just "Part Two" of Your Initial Procedure

I often hear defense attorneys for medical device companies try to downplay the severity of these cases by suggesting that revision surgery is simply a standard, expected risk of joint replacement. "All artificial joints wear out eventually," they argue with a straight face in depositions. This is a manipulative and scientifically bankrupt argument designed to minimize their financial liability. There is a vast, undeniable difference between a device wearing out after fifteen years of active use and a defective device failing catastrophically after three years due to material degradation.

In a primary shoulder replacement, the surgeon has pristine, healthy bone stock to work with. The muscles, tendons, and ligaments surrounding the joint are generally intact and functional. In a revision surgery, the surgeon is operating in a field of dense scar tissue, compromised blood supply, and severely degraded bone. Every time an implant is removed from a bone, a significant amount of healthy bone is lost along with it, especially if the implant was cemented or had achieved "bone ingrowth" into a porous metal surface. The surgeon must use longer stems, larger metallic augments, and structural bone grafts to achieve stability, which inherently limits the natural mechanics of the joint.

Severe Bone Loss (Osteolysis): Microscopic plastic and metal debris trigger an immune response that eats away at the healthy bone surrounding the implant, leaving a fragile, hollow shell.
Tissue Necrosis and Metallosis: Continuous grinding of metal components releases toxic metal ions into the surrounding tissue, causing the muscle and joint capsule to die and turn into a gray, necrotic sludge.
High Infection Rates: Revision surgeries are significantly longer and more invasive than primary surgeries, which exponentially increases the risk of deep joint infections that can require multiple subsequent surgeries to clean out.
Permanent Loss of Function: Because of the extensive soft-tissue damage and bone loss, patients who undergo revision surgery rarely regain the same level of range of motion, strength, and pain relief that they would have achieved with a successful primary replacement.

Furthermore, the risk of a secondary failure after a revision surgery is exponentially higher than after a primary procedure. If a revision implant fails, the options for salvage become incredibly grim, sometimes resulting in a permanent "resection arthroplasty," where the implant is removed entirely, leaving the patient with a completely non-functional, flail arm. To suggest that revision surgery is just a routine "tune-up" is an insult to the intelligence of the patient and the immense skill of the orthopedic surgeons who are left to clean up the manufacturer's mess.

Pro-Tip: Preserve Your Explanted Hardware!

If you are undergoing revision surgery, you must instruct your surgeon—in writing, well before the operation—that the removed implant components are your personal property and must be preserved. Device manufacturers routinely try to reclaim failed implants under the guise of "product analysis," but once they have the hardware, it often disappears into private corporate laboratories, destroying your most critical piece of physical evidence.

Navigating the Legal Landscape: Mass Torts vs. Class Actions vs. Personal Injury

When patients first start researching their legal options after a shoulder replacement failure, they are often bombarded with confusing legal jargon. They hear terms like "class action," "mass tort," and "multidistrict litigation (MDL)" thrown around interchangeably, which can lead to significant confusion about how their specific claim will be handled. It is crucial to understand that while these legal mechanisms all deal with multiple injured parties, they operate in fundamentally different ways, and choosing the wrong approach can completely derail your chances of securing fair compensation.

In a traditional class action lawsuit, a small group of representative plaintiffs files a lawsuit on behalf of a large group of people who have suffered identical injuries. If a settlement is reached, the total recovery is divided equally among all class members, regardless of the individual severity of their injuries. While class actions are highly effective for cases involving financial fraud or minor consumer losses (like a defective cell phone battery), they are entirely inappropriate for catastrophic personal injuries. Your physical pain, the specific amount of bone loss you suffered, the number of surgeries you underwent, and your unique financial losses cannot be neatly averaged out with thousands of other people.

Instead, defective medical device claims are almost always litigated as mass torts, typically consolidated into a legal framework known as Multidistrict Litigation (MDL). In an MDL, individual lawsuits filed by patients across the country are transferred to a single federal district court and assigned to one judge for coordinated pretrial proceedings. This process allows both sides to conduct streamlined discovery—such as taking depositions of corporate executives, reviewing millions of pages of internal company documents, and establishing expert testimony—without duplicating efforts in hundreds of different courthouses.

[Individual Lawsuits Filed Nationwide]
                 │
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[Consolidated into Federal MDL (Single Judge)]
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[Coordinated Discovery & Expert Depositions]
                 │
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[Bellwether Trials (Test Cases to Gauge Jury Reactions)]
                 │
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[Global Settlement Negotiations / Individual Trial Remands]

The beauty of the MDL structure is that while the pretrial phase is consolidated, your lawsuit remains entirely your own. Your medical records, your specific surgeon's testimony, and your unique damages are evaluated individually. If the MDL process leads to a global settlement program, the compensation you receive will be determined by a tiered matrix that accounts for the specific severity of your injury, your age, the number of surgeries you required, and the permanent impact on your life. If a settlement cannot be reached, your case has the right to be remanded back to your local federal court for an individual jury trial.

🏛️ INSIDER NOTE: The Role of "Bellwether" Trials

In an MDL, the judge will select a small handful of representative cases to proceed to full jury trials. These are known as "bellwether" trials. They act as a litmus test for both sides, showing how real juries react to the evidence and expert testimony. The outcomes of these trials heavily influence the valuation of all other cases in the litigation and often force the manufacturer to negotiate a multi-million-dollar global settlement.

The Critical Role of Experienced Mass Tort Representation

I cannot stress this enough: you should not hire a general practice personal injury lawyer to handle a failed shoulder replacement claim. I have deep respect for local attorneys who do an excellent job representing people in car accidents or slip-and-fall cases, but litigating a defective medical device case against a multinational corporation is a completely different beast. It is the equivalent of asking your family pediatrician to perform open-heart surgery on you; they are both medical doctors, but their training, resources, and daily practices are worlds apart.

Mass tort litigation requires immense financial resources and a highly specialized infrastructure. To successfully prosecute a claim against a company like Zimmer Biomet or Exactech, a law firm must be prepared to invest hundreds of thousands of dollars upfront in expert witness fees, scientific testing, and document management systems. The defense firms representing these corporations employ army-sized teams of highly paid lawyers whose sole job is to bury plaintiffs in motions, delay proceedings for years, and exploit any technical error or lack of experience on the part of your attorney.

An experienced mass tort attorney will often hold leadership positions within the MDL itself, serving on the Plaintiff’s Steering Committee (PSC) or Executive Committee. This level of involvement gives your representation direct access to the core discovery materials, influence over the litigation strategy, and a seat at the table when high-level settlement negotiations take place. They understand how to navigate the complex preemption doctrines, how to challenge protective orders that keep corporate secrets hidden from the public, and how to cross-examine highly polished corporate scientists who are trained to obfuscate the truth.

When you are looking for representation, ask hard, direct questions. Ask them how many medical device cases they have actually litigated to completion. Ask if they have leadership roles in current MDLs. Ask if they have the financial liquidity to fund your case through years of intense litigation without requiring you to pay a single penny out of pocket unless they win. If a firm hesitates to answer these questions or tries to gloss over their lack of mass tort experience, thank them for their time and walk out the door. Your future, your health, and your financial recovery are far too important to leave in the hands of an amateur.

Building an Unshakeable Case: Evidence, Timelines, and Legal Pitfalls

If you suspect your shoulder replacement has failed due to a defective implant, the clock is already ticking, and the steps you take in the immediate aftermath of that realization will lay the foundation for your entire legal claim. Building a successful product liability case is a meticulous process of gathering, organizing, and preserving evidence before it can be lost, altered, or destroyed. The defense will look for any gap in your medical history, any delay in your treatment, or any inconsistent statement to argue that your injuries were caused by something other than their product.

The first and most critical piece of evidence is your medical record from the initial implantation surgery. Specifically, we need the "device identification log" or "sticker sheet" from the operative report. Every orthopedic implant comes with a set of sterile tracking stickers that contain the exact model number, lot number, serial number, and expiration date of each component placed in your body. Without this precise identification, we cannot prove that your joint was manufactured by the specific company we are suing, nor can we verify if your device was part of a recalled batch.

Operative Reports: Detailed narratives written by your surgeon immediately following both the initial implantation and the subsequent revision surgery.
Pathology Reports: Clinical analyses of the tissue samples removed during your revision surgery, which can prove the presence of metallosis, osteolysis, or polyethylene wear debris.
Pre- and Post-Operative Imaging: X-rays, CT scans, and MRIs showing the progressive loosening of the implant, bone loss, or component fracturing over time.
The Explanted Hardware: The physical metal and plastic components removed from your body, preserved in a secure, sterile environment for independent laboratory testing.
A Daily Pain Journal: A detailed, personal record of your pain levels, physical limitations, sleep disruptions, and emotional struggles, which humanizes the cold medical data for a jury.

The biggest legal pitfall in these cases is the statute of limitations. This is the strict legal deadline by which you must file your lawsuit, and it varies dramatically from state to state—ranging from one year to six years. What makes this particularly tricky in medical device cases is the "discovery rule." In many jurisdictions, the clock does not start ticking on the day of your surgery, but rather on the day you knew, or reasonably should have known, that your injury was caused by a defective product. Pinpointing this exact date is a highly litigated issue, and waiting too long to consult with an attorney can permanently bar you from seeking justice, regardless of how severely you were injured.

📅 PRO-TIP: Do Not Wait for a Formal Recall Notice

Many patients assume they cannot file a lawsuit until they receive an official letter in the mail telling them their implant has been recalled. This is a dangerous mistake. Recalls are often delayed by years of corporate denial, and your statute of limitations may run out while you are waiting for the manufacturer to do the right thing. If your implant has failed, consult an attorney immediately, regardless of its current recall status.

Demystifying the Compensation: What Can You Actually Recover?**

When we discuss the potential financial recovery in a failed shoulder replacement lawsuit, it is important to understand that there is no magic calculator or flat-rate payout. Every case is unique, and the ultimate value of your claim depends on a multitude of factors, including the severity of your physical injuries, your age, your pre-injury employment status, and the state laws governing your claim. In product liability litigation, we seek to recover both economic and non-economic damages to make you as whole as possible under the law.

Economic damages are the quantifiable financial losses that you have incurred—and will continue to incur—as a direct result of the device failure. This includes the cost of the revision surgery, hospital stays, anesthesia, physical therapy, prescription medications, and any future medical treatments you may require, such as joint fusions or pain management therapies. If your injury forced you to take time off work, switch to a lower-paying job, or retire prematurely, we work with forensic economists to calculate your exact lost wages and loss of future earning capacity, projecting those figures out over the remainder of your expected working life.

Non-economic damages, on the other hand, are the intangible, subjective losses that do not come with a neat receipt. This is where the true human cost of corporate negligence is addressed. We seek substantial compensation for your physical pain and suffering, mental anguish, loss of enjoyment of life, and the loss of consortium (the negative impact your injury has had on your relationship with your spouse). Proving these damages requires presenting a vivid, detailed picture of your daily life before and after the device failed, demonstrating to a jury exactly what has been stolen from you.

Total Compensation = [Economic Damages (Bills + Lost Wages)] + [Non-Economic Damages (Pain & Suffering)] + [Potential Punitive Damages]

In rare cases where the manufacturer’s conduct was particularly egregious—such as actively concealing safety data, falsifying testing records, or knowingly selling a dangerous product to maximize profits—we may also seek punitive damages. Punitive damages are not designed to compensate you for your losses, but rather to punish the defendant and deter other corporations from engaging in similar reckless behavior in the future. While the legal standard for securing punitive damages is incredibly high, the threat of these massive, multi-million-dollar penalties is often what finally forces stubborn corporations to sit down at the negotiating table and offer fair, comprehensive settlements to injured patients.

Frequently Asked Questions About Failed Shoulder Replacement Lawsuits

How do I know if my shoulder replacement has actually failed?

While only an orthopedic specialist can provide a definitive diagnosis through diagnostic imaging, there are several classic warning signs of a failing shoulder implant. These include a sudden or gradual increase in deep, grinding pain; a noticeable "clicking," "popping," or "clunking" sound when you move your arm; a significant reduction in your range of motion; visible swelling or warmth around the joint; and a feeling of instability, as if the joint is slipping out of place. If you are experiencing any of these symptoms, you should schedule an evaluation with your orthopedic surgeon as soon as possible to obtain X-rays or a CT scan.

What if my surgeon tells me my failed implant was not caused by a product defect?

It is very common for orthopedic surgeons to be hesitant to blame a manufacturer for a device failure. Surgeons often have close relationships with device sales representatives, attend manufacturer-sponsored training seminars, or may simply believe the failure was a natural complication of the procedure. However, a surgeon’s initial opinion is not the final word. An experienced mass tort attorney will have your medical records, surgical reports, and imaging reviewed by independent, board-certified orthopedic experts who specialize in identifying design and manufacturing defects that the treating physician may have missed or ignored.

Can I still file a lawsuit if my shoulder replacement has not failed yet, but I know my device was recalled?

In most product liability jurisdictions, you cannot file a lawsuit for personal injury if you have not yet suffered a physical injury or clinical failure. Simply having a recalled device inside your body, while incredibly stressful, usually does not meet the legal threshold of "compensable damage" unless you have undergone or are actively scheduled for a revision surgery. However, you should absolutely contact an attorney to have your case registered and monitored. If your device does fail in the future, your legal team will be ready to act immediately, and they can guide you on how to protect your rights in the meantime.

How much does it cost to hire an experienced mass tort attorney?

Nothing out of pocket. Reputable mass tort and product liability attorneys operate strictly on a contingency fee basis. This means that their legal fees and the massive expenses required to investigate and litigate your case (such as hiring expert witnesses and obtaining medical records) are advanced entirely by the law firm. You will never receive a monthly bill or be asked to pay any upfront fees. The law firm is only paid if they successfully secure a financial recovery for you through a settlement or jury verdict, at which point their fees and expenses

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