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Your doctor has told you that surgery may be necessary. Then comes another term you may not have expected: “robotic surgery.”
Naturally, your first thought might be, “Wait, is a robot going to operate on me?”
Not quite.
Robotic surgery is performed by a trained surgeon who controls a robotic surgical system. The technology provides a magnified view and allows the surgeon to make controlled, precise movements through small incisions.
The more important question for a patient isn't whether robotic surgery sounds impressive. It is whether robotic surgery is actually appropriate for your particular condition.
Robotic surgery is a form of minimally invasive surgery.
Instead of making a large incision, the surgeon may operate through several small openings using specialized instruments. A camera provides a detailed view of the surgical area, while the surgeon controls the instruments from a console.
The robotic system can offer a wider range of instrument movement and very fine control. This can be particularly useful during procedures where the surgeon needs to work in a small or difficult-to-reach area.
But remember: the surgeon remains in control throughout the procedure.
The robot doesn't diagnose your condition, decide where to cut, or independently perform the operation.
Robotic surgery isn't necessary for every patient.
It may be considered for selected procedures involving the abdomen, digestive system, hernias, and other areas depending on the patient's condition and the surgeon's expertise.
Certain hernias, particularly complex or recurrent cases, may be suitable for robotic repair.
For example, if someone has already undergone hernia surgery and the problem has returned, the surgeon may need to work carefully around previous scar tissue and altered anatomy.
Robotic assistance can sometimes provide better visualization and instrument control in such situations.
Some abdominal procedures can also be performed using robotic techniques.
Whether robotic surgery is appropriate depends on the diagnosis, the location of the problem, previous operations, general health, and the surgeon's assessment.
This is why a proper consultation should always come before deciding on the technique.
For suitable patients, robotic surgery may provide several advantages.
The smaller incisions used in many robotic procedures can mean smaller scars and potentially less disruption to surrounding tissues than some traditional open procedures.
The surgeon also receives a magnified three-dimensional view of the operating area. The specialized instruments can provide precise movements that may be helpful during technically demanding procedures.
Depending on the operation, patients may also experience a shorter hospital stay and a quicker return to normal activities.
However, these are potential benefits—not promises.
Recovery varies from patient to patient.
The global surgical robotics market continued to expand in 2024, with industry estimates placing its value at more than US$10 billion.
That growth reflects increasing use of robotic-assisted technology across surgical specialties. But market growth should not be confused with a recommendation that every patient needs robotic surgery.
Technology is developing quickly. Good surgical judgment still matters more.
Here's something we believe patients should hear more often:
Don't choose a surgeon simply because they offer robotic surgery.
Instead, choose a surgeon who can explain whether robotic surgery gives you a meaningful advantage.
A straightforward condition may be treated effectively with conventional laparoscopic or open surgery. Paying attention to the technology while ignoring the actual diagnosis can lead patients to focus on the wrong thing.
The right question isn't, “Is robotic surgery the most advanced option?”
It is:
“What is the safest and most appropriate way to treat my condition?”
That's the conversation we encourage our clients to have before making a decision.
Before recommending any operation, the surgeon needs to establish what is actually wrong.
Your evaluation may include a physical examination, blood tests, ultrasound, CT scan, or other investigations depending on your symptoms.
Your previous surgical history is also important. Previous abdominal procedures, existing medical conditions, medications, weight, and other factors can affect the choice of surgical technique.
Once the diagnosis is clear, your surgeon should explain the available options.
Don't leave the decision entirely to medical terminology you don't understand.
Ask:
Why do I need surgery?
Why are you recommending robotic surgery?
Would laparoscopic surgery be suitable?
Would open surgery be safer in my case?
What are the risks?
How long will recovery take?
How experienced are you with this particular procedure?
What happens if robotic surgery cannot be completed as planned?
These are sensible questions, not difficult ones.
A good surgeon should welcome them.
Consider a patient who develops a recurrent hernia after having surgery several years earlier.
The patient assumes the solution is simply to repeat the previous operation. During a detailed assessment, however, the surgeon reviews the previous surgical history, examines the current hernia, and discusses different repair approaches.
If robotic surgery is suitable, it may offer useful visualization and instrument control. If it isn't, another approach may be recommended.
The important outcome is not “the patient got robotic surgery.”
The important outcome is that the patient received a treatment plan based on the actual problem rather than being pushed toward a particular technology.
Dr. Ankit Ahuja is a general and laparoscopic surgeon who evaluates patients with conditions that may require minimally invasive or advanced surgical treatment. His approach focuses on accurate diagnosis, discussing realistic treatment choices, and selecting an appropriate surgical technique based on the patient's condition, medical history, and individual requirements rather than using technology simply because it is available.
Like every surgical procedure, robotic surgery has potential risks.
The risks depend on the specific operation and may include bleeding, infection, injury to nearby structures, reactions to anesthesia, blood clots, or other procedure-specific complications.
The robotic system itself does not eliminate surgical risk.
What matters is proper patient selection, careful planning, experienced surgical technique, appropriate hospital support, and good postoperative care.
Start by looking at the surgeon's experience with your specific procedure, not just the number of robotic procedures performed at a hospital.
Ask whether the surgeon regularly performs the operation you need and whether robotic surgery is genuinely beneficial in your situation.
You should also pay attention to communication.
If your surgeon explains the diagnosis, alternatives, risks, expected recovery, and reasons for choosing a particular technique clearly, you are in a much better position to make an informed decision.
No. The surgeon controls the robotic system throughout the procedure. The technology assists with visualization, movement, and instrument control.
Not automatically. Both are minimally invasive techniques, and the appropriate option depends on the patient's condition, the procedure, and the surgeon's expertise.
Some patients may experience a shorter recovery after suitable minimally invasive procedures, but recovery depends on the type and complexity of surgery as well as the patient's overall health.
Robotic surgery can be an excellent tool when used for the right patient and the right procedure.
But you shouldn't feel pressured to choose it simply because it sounds newer or more sophisticated.
If surgery has been recommended, book a consultation with an experienced surgeon, understand your diagnosis, ask about robotic, laparoscopic, and open options, and choose the approach that makes medical sense for you.
The goal isn't to have the fanciest operation.
The goal is to receive the right treatment, performed safely, with a recovery plan you understand.
