Robotic Surgery Errors: Can Technology Increase Malpractice Risks?

Robotic-assisted surgery, led by the da Vinci Surgical System, has rapidly redefined modern medicine. Promising smaller incisions, less blood loss, and faster recovery times, it has quickly become the gold standard for urological, gynecological, and general surgery procedures. By the end of 2025, more than 3.1 million robotic procedures were performed annually, bringing the global total to over 20 million patients.

However, as we move through 2026, a critical question remains: does this advanced technology actually make surgery safer, or does it simply trade old risks for new, more complex ones?

At Lowenthal & Abrams, P.C., our medical-legal team, which includes an on-staff medical doctor and a registered nurse, has seen firsthand how high-tech tools can lead to catastrophic injuries when paired with human error or mechanical failure. If you believe a robotic procedure led to your injury, understanding the intersection of technology and malpractice is the first step toward justice.

Why Is Robotic Surgery Gaining Such Rapid Popularity?

The growth of robotic surgery is undeniable. According to data from the Journal of the American Medical Association (JAMA), robotic-assisted surgery now accounts for approximately 15% of all general surgery procedures, up from less than 2% a decade ago.

What are the touted benefits of the robot?

• Enhanced Visualization: Surgeons view the site through a 3D high-definition monitor with 10x magnification for clear visualization.
• Greater Dexterity: Robotic instruments have wrists that can rotate with greater range than the human hand, allowing for precision in tight spaces.
• Tremor Filtration: The system software removes tiny, natural hand tremors, providing a steady hand during delicate maneuvers.
• Minimally Invasive: Smaller incisions typically mean less postoperative pain and a shorter hospital stay for the patient compared to open surgery.

What are the Statistics on Robotic Surgery Errors?

Despite the high-tech marketing, data reveals a significant margin for error. As robotic adoption grows, so does the frequency of reported adverse events and litigation.

• High Volume of Adverse Events: A major longitudinal study of FDA MAUDE data identified 10,624 reported adverse events related to robotic surgery, including 144 deaths and 1,391 patient injuries.
• Device Malfunction Rates: Research published in the journal Urology (Kim et al.) found that mechanical failure or system malfunction occurred in 2.4% of the da Vinci Surgical System procedures reviewed. Further multi-institutional data hosted by the National Institutes of Health (NIH) confirms that while most errors are recoverable, these technical failures can lead to surgical delays or emergency conversions to open surgery.
• Types of Failures: Of the reported malfunctions, approximately 14.7% involved burnt or broken pieces of instruments falling into the patient, while 10.5% involved electrical arcing or sparking.
• The Learning Curve Risk: Clinical data suggest that proficiency in robotic procedures may require between 15 and 55 cases to reach a baseline, yet NCBI research warns that complication rates are often not fully minimized until after this initial phase.
• Hidden Mortality: While rare, deaths during routine robotic procedures have been linked to undetected organ perforations and electrical burns that go unnoticed by the surgeon sitting at the console away from the patient.

How Does Technology Increase the Risk of Malpractice?

While the robot is a tool, it introduces specific failure points that do not exist in traditional or laparoscopic surgery.

1. The Lack of Haptic Feedback

In traditional surgery, a surgeon can feel the resistance of the tissue. They know if they are pulling too hard or if a structure is abnormally tough. In robotic surgery, there is zero haptic feedback. The surgeon relies entirely on sight. This sensory gap can lead to accidental tears or punctures because the surgeon cannot feel the tension they are applying to delicate organs.

2. The Learning Curve and Inadequate Training

Unlike a new scalpel, a robotic system requires a completely different skill set. Malpractice often occurs when a hospital allows a surgeon to perform a botched surgery before they have mastered the console. If your doctor was learning on the job during your procedure without proper supervision, they may be liable for your injuries.

3. Mechanical and Software Glitches

Robots are machines subject to mechanical wear and software bugs. Reported issues include:

• Robotic arms freezing or locking in place mid-surgery.
• Unintended movements where the arm swings without the surgeon’s input.
• System crashes that require an emergency conversion to open surgery, which can cause massive blood loss if the team is not prepared.

4. Electrical Arcing and Thermal Burns

Robotic instruments use electrical current to cut and cauterize. If the insulation on the robotic arm has a microscopic crack, electricity can arc onto nearby organs, causing internal burns. These burns are often not discovered until days later when the organ tissue begins to die, and the patient becomes septic.

5 Ways Robotic Surgery Malpractice Differs from Traditional Claims

Proving a robotic error is often more difficult than a standard personal injury or even a traditional surgical error claim.

• Complexity of Liability: It must be determined if the fault lies with the surgeon’s movements, the hospital’s maintenance of the machine, or the manufacturer’s defective design.

• The Black Box Data Logs: Robotic systems record every movement and keystroke. Accessing and interpreting these system logs via the National Practitioner Data Bank (NPDB) standards is vital to proving what happened mid-surgery.

• The Failure to Warn Component: Many patients are not told that the robot may actually increase surgery time or that their surgeon has only performed a handful of robotic cases.

• Advanced Causation Issues: The defense will often blame the patient’s unique anatomy or an unavoidable glitch rather than admitting to a breach of the standard of care.

• The Need for Technical Review: You do not just need a medical review: you may need a technical analysis of how the machine interacted with the surgeon’s commands.

The Medical-Legal Advantage at Lowenthal & Abrams, P.C.

When a hospital uses space-age technology, you cannot rely on a traditional legal strategy. At Lowenthal & Abrams, P.C., we provide a level of oversight few firms can match.

• In-House Medical Review: Our on-staff doctor and nurse can review your surgical reports and system logs to identify exactly where the procedure went wrong.
• Experience with Never Events: We understand that a botched surgery involving a robot is often the result of a surgeon being pushed to use technology they have not mastered.
• Fighting the Giants: We are not intimidated by the multi-billion-dollar manufacturers of robotic systems or the large hospital networks that shield them.
• Contingency Fee Basis: We take the financial risk. We pay for the investigation and the required filings: you only pay us if we win your case.

Your Path to Accountability Starts Here

Technology is supposed to help us, not harm us. If a robotic-assisted surgery left you with life-altering injuries, you deserve to know why it happened and who is responsible.

Contact Lowenthal & Abrams, P.C. today for a free, no-obligation consultation. Let our medical and legal professionals give your case the high-tech scrutiny it requires.

Frequently Asked Questions (FAQs)

1. Is a Robotic Error Always Considered Malpractice?

No. To be malpractice, there must be a breach of the standard of care. If a machine fails despite perfect maintenance and proper use, it might be a product liability case against the manufacturer rather than a malpractice case against the doctor.

2. Can I Sue if the Surgeon had to Convert to Open Surgery?

Converting to open surgery is often a safety measure. However, if the conversion was necessary because the surgeon made a preventable mistake with the robot, or if the delay in converting caused you harm, you may have a case.

3. What are the Most Common Robotic Surgery Injuries?

The most frequent injuries include punctured bladders or ureters in gynecology and urology, torn blood vessels, and internal thermal burns from electrical arcing.

4. How Much is a Robotic Surgery Lawsuit Worth?

Compensation depends on the severity of the injury. According to ConsumerShield 2025 analysis, cases involving permanent organ damage or wrongful death from robotic errors often result in multi-million dollar verdicts, covering medical bills, lost wages, and pain and suffering.