Which Surgeries Are Performed Robotically? Advantages for Patients To Know

Home  /  Blogs   /  Which Surgeries Are Performed Robotically? Advantages for Patients To Know
Which Surgeries Are Performed Robotically? Advantages for Patients To Know

Which Surgeries Are Performed Robotically? Advantages for Patients To Know




Verified By
KIMS-SUNSHINE
Specialist,
27  July, 2025

Which Surgeries Are Performed Robotically? Advantages for Patients To Know

What Surgeries Are Performed Robotically?

Picture this: a surgeon guiding slender arms of a machine, each movement magnified, every tremor filtered out. What once seemed the stuff of science fiction is now becoming a standard in modern operating theatres across India. Robotic surgery isn’t about removing the doctor from the picture. It’s about sharpening their skillset to a fine-tipped brushstroke.

So, where is this technology being used?

Across leading Indian hospitals, robotic assistance is being employed in:

  • Urological surgeries, like prostate and kidney cancer removal
  • Gynaecological procedures, including hysterectomies and fibroid removals
  • Gastrointestinal surgeries, for conditions such as colorectal cancer and hernias
  • Cardiac surgeries, like valve repair or delicate bypasses
  • Thoracic surgeries, involving the lungs or chest wall
  • Bariatric procedures, especially in obesity treatment

Each of these surgeries involves working in tight spaces, near critical structures. Here, the robot becomes not a machine, but an extension of the surgeon’s will. It is steady, sharp and nearly silent.

Advantages Of Robotic Surgery For Patients

  • Less Trauma, More Dignity – The cuts made are often just a few centimetres long. No wide gashes. No muscle layers torn apart. This means the body feels less attacked and more gently repaired.
  • Precision in Every Move – The robot’s arms can pivot and rotate in ways that human wrists simply cannot. In surgeries involving cancer, this accuracy can mean better outcomes.
  • Reduced Pain and Blood Loss – Because the robot’s instruments are smaller and more accurate, there’s less disruption inside the body. 
  • Quicker Recovery and Return To Life – Robotic surgery, in most cases, allows patients to be up and about faster, with fewer complications.
  • Smaller Scars, Greater Confidence – Robotic surgery, with its pinhole approach, leaves behind barely noticeable marks.

Robotic Surgery For Prostate Cancer Treatment

Prostate cancer treatment is like trying to untangle wires behind a tightly packed cupboard. You want to remove the problem without knocking over everything else. Robotic-assisted prostate surgery is one of the best examples of where this technology shines. The prostate lies deep in the pelvis, close to nerves that control bladder function and sexual function. Precision here is not a luxury; it’s a necessity.

Robotic surgery allows urologists to:

  • Remove the cancer cleanly and completely
  • Spare critical nerves and blood vessels
  • Reduce the risk of long-term incontinence or erectile dysfunction
  • Shorten hospital stays and accelerate recovery

Robotic Surgery Recovery Time Vs Open Surgery

Healing is not just about closing a wound. It’s about returning to what you love. Your morning walk. Your child’s school drop-off. Your mother’s cooking.

  • Hospital Stay: Robotic surgery patients are often discharged in 1 to 2 days. Open surgery patients may stay for a little longer.
  • Back To Routine: Most return to work or home duties within 2–3 weeks. Open surgery might stretch this to 6 weeks or beyond.
  • Pain and Medication: With smaller incisions and less internal disruption, robotic surgery generally means less pain and reduced need for painkillers.
  • Complications: The risk of wound infection, hernias, or long-term scarring is noticeably lower with robotic techniques.

Imagine the difference between repairing a broken wall by smashing it down and rebuilding it, versus slipping through a crack, fixing the wire and slipping back out. That’s the magic of robotic recovery.

Conclusion

Technology in medicine is not about replacing people. It’s about refining the human touch. Robotic surgery is one such refinement. It offers a partnership between machine steadiness and human judgement. It brings world-class precision to local operating theatres. It allows patients to heal not just faster, but better. Of course, not every case requires a robot. Not every hospital is equipped and not every patient will be a candidate. But for those who are, it is a quieter, kinder form of surgery. Ultimately, robotic surgery is not about machines doing the healing. It’s about giving surgeons a better brush to paint with and patients a gentler path to recovery.


Frequently Asked Questions

Which types of surgeries can be performed robotically?
Robotic surgery is used in urology (especially prostate cancer), gynaecology, gastrointestinal procedures, some cardiac surgeries and ENT/head and neck cancers.
How does robotic surgery improve accuracy and outcomes?
The robot enhances a surgeon’s hand movements by filtering out tremors and allowing high-definition, magnified 3D views. This ensures more precise cuts and better preservation of nearby structures.
Is robotic surgery safer than traditional surgery?
While no surgery is risk-free, robotic surgeries often have fewer complications such as infections, bleeding and scarring. The technology allows for better precision and shorter hospital stays.
What is the difference between laparoscopic and robotic surgery?
Both use small incisions and cameras. In laparoscopic surgery, the surgeon handles instruments directly. In robotic surgery, the surgeon controls robotic arms from a console, allowing more flexibility and accuracy.
Are there any risks or complications with robotic surgery?
As with any surgery, there are risks like infection, bleeding or reactions to anaesthesia. However, these are generally lower than with open surgery. Also, not all patients or conditions are ideal for robotic procedures, which is why individual assessment is key.

No Comments
Post a Comment
Name
E-mail
Website