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What Is Robotic Hernia Surgery?

Robotic hernia surgery is a form of minimally invasive (keyhole) surgery in which your surgeon operates using a robotic surgical system — most commonly the da Vinci® platform. The surgeon sits at a console in the operating theatre and controls miniaturised instruments inside your body through small incisions, guided by a high-definition 3D camera.

The robotic system does not act independently — every movement is controlled in real time by your surgeon. The technology provides enhanced visualisation, greater precision, and wristed instrument movement that exceeds the range of the human hand. These advantages can be particularly valuable in hernia repair, where accurate mesh placement and careful tissue handling are essential for a durable result.

Types of Hernia Repaired Robotically

Inguinal Hernia (Groin Hernia)

The most common type of hernia. Robotic repair is especially useful for bilateral (both sides) or recurrent inguinal hernias, and for patients with obesity where conventional laparoscopic access can be more challenging.

Incisional / Ventral Hernia

Hernias that develop through a previous surgical scar. These can be complex, particularly if they are large or involve multiple defects. Robotic surgery allows precise dissection and accurate mesh placement even in difficult abdominal walls.

Umbilical / Paraumbilical Hernia

Hernias around the belly button. While many small umbilical hernias are repaired open, larger or recurrent ones benefit from a robotic approach with mesh reinforcement.

Hiatus Hernia

A hernia where part of the stomach pushes up through the diaphragm. Robotic repair offers excellent access and visualisation in this technically demanding area.

How Robotic Hernia Surgery Works

Setup

Under general anaesthetic, small incisions (typically 8–12 mm) are made in the abdomen. Specialised ports are placed through which the robotic instruments and camera are introduced.

Docking

The robotic arms are connected (“docked”) to the ports. Your surgeon moves to the operating console and takes control of the instruments.

Key Steps

  • The hernia defect is identified and the contents reduced (pushed back into place)
  • The surrounding tissue is carefully dissected to create space for a mesh
  • A lightweight synthetic mesh is positioned to cover the defect with adequate overlap
  • The mesh is secured in place with sutures or tacks
  • The peritoneum (inner lining) is closed over the mesh to prevent it from contacting the bowel

The entire procedure is performed through small incisions with no large open wound.

Benefits of Robotic Hernia Surgery

The comparison below shows how robotic hernia repair measures up against standard laparoscopic and open surgery. Both robotic and laparoscopic approaches offer significant advantages over open repair in terms of pain, recovery, and wound complications.

RoboticLaparoscopicOpen
Post-op painMinimal — small incisions onlyMinimal — similar to roboticMore significant — large wound
Return to light work1–2 weeks1–2 weeks2–4 weeks
Return to physical work3–4 weeks3–4 weeks6–8 weeks
Hospital stayDay case or 1 nightDay case or 1 night1–3 nights typically
Wound complicationsVery lowVery lowHigher — wound infection, haematoma, dehiscence
Mesh placement accuracyVery high — precise positioning in correct tissue planeGoodGood — direct tactile feedback
Best suited forComplex, large, recurrent, or bilateral hernias; obese patients; re-do surgeryStraightforward inguinal and smaller ventral herniasVery large hernias; where minimally invasive is not suitable; prior extensive abdominal surgery

Your surgeon will advise which approach is most appropriate for you

The comparison above reflects general principles. Individual cases vary — the size and type of your hernia, your previous surgical history, your body habitus, and your overall health all influence which technique will give you the best outcome. Your surgeon will discuss this with you in detail at your consultation.

Preparing for Your Procedure

Before You Arrive

  • Do not eat or drink for at least 6 hours before your procedure — you may have clear fluids up to 2 hours beforehand unless instructed otherwise
  • Take your regular medications as normal with a small sip of water. Important exceptions: if you take blood thinners (warfarin, apixaban, rivaroxaban, clopidogrel, aspirin) or diabetes medication, contact the clinic for specific guidance — these require careful management around surgery
  • Stop smoking as early as possible before surgery — smoking significantly increases the risk of wound complications and hernia recurrence
  • Arrange for a responsible adult to collect you and remain with you for 24 hours after a general anaesthetic
  • Bring comfortable, loose-fitting clothing — waistbands and tight clothing over the abdomen can be uncomfortable after surgery
  • Bring your appointment letter and a complete list of your current medications

What to Expect on the Day

On arrival, a nurse will check your details, take observations, and complete your pre-operative assessment. Your anaesthetist will review you and discuss the anaesthetic plan. You will have the opportunity to ask your surgeon any final questions before your consent is reviewed.

After the procedure you will recover in the ward for 1–3 hours. Before discharge, the nursing team will ensure your pain is controlled, provide you with take-home analgesia, written aftercare instructions, and a follow-up appointment.

Recovery and Aftercare

Pain Management

Most patients are pleasantly surprised by how little discomfort they experience after robotic or laparoscopic hernia repair. Regular over-the-counter analgesics are usually sufficient:

  • Paracetamol (1 g, four times daily) — take regularly for the first 3–5 days rather than waiting for pain to build
  • Ibuprofen or another anti-inflammatory (if appropriate for you) — take with food
  • Stronger prescription analgesia will be provided if needed

After open repair, pain management is more significant in the first 1–2 weeks and your surgeon will prescribe appropriate pain relief.

The Wound

Robotic and laparoscopic repairs leave 3–4 small port sites, typically 5–12 mm in size, closed with dissolvable sutures or skin glue. These require minimal care:

  • Keep the wounds dry for 48 hours after surgery
  • You may shower normally from day 2–3 — pat the wounds dry gently
  • Avoid submerging wounds in a bath, swimming pool, or the sea until fully healed (usually 2 weeks)
  • Some bruising and swelling around the port sites and in the groin (for inguinal hernias) is normal and will settle over 1–2 weeks
  • It is common to feel a firmness or ridge under the skin where the mesh has been placed — this is normal and settles over several weeks to months

Swelling and Bruising

After inguinal hernia repair in particular, it is common to notice swelling in the groin or scrotum (in men) in the days after surgery. This is caused by fluid collecting where the hernia sac was, and is not a sign that the repair has failed. It usually settles within 2–6 weeks. Your surgeon will reassure you about this at your follow-up.

Bowel Function

It is normal for bowel function to be sluggish for 2–3 days after any abdominal surgery under general anaesthetic. Eat a high-fibre diet, drink plenty of fluids, and avoid straining. A short course of laxatives may be helpful if you feel constipated.

Activity and Return to Work

ActivityRoboticLaparoscopicOpen
Light walkingImmediatelyImmediatelyFrom day 1–2
Driving5–7 days (when off strong painkillers)5–7 days2–3 weeks
Desk-based work1–2 weeks1–2 weeks2–4 weeks
Light physical activity2–3 weeks2–3 weeks4–6 weeks
Manual / heavy work4–6 weeks4–6 weeks6–8 weeks
Strenuous exercise / gym4–6 weeks4–6 weeks6–8 weeks
Heavy lifting (>10 kg)Avoid for 6 weeksAvoid for 6 weeksAvoid for 8–12 weeks

These are general guidelines. Your surgeon will give you individual advice at your follow-up appointment based on your specific repair and recovery.

When to Seek Urgent Help

Most people recover smoothly, but please contact the clinic or attend your nearest Emergency Department immediately if you experience:

  • A sudden increase in pain at the wound or hernia site that is getting worse rather than better
  • Significant swelling, redness, warmth, or hardness spreading around a wound
  • Discharge of pus or foul-smelling fluid from a wound site
  • A high temperature (fever above 38°C / 100.4°F)
  • Nausea, vomiting, or inability to pass wind or open your bowels for the first 2–3 days
  • Difficulty passing urine
  • Feeling faint, very unwell, or developing a rapid heartbeat after going home
  • A visible return of the bulge — particularly if it is firm, tender, and cannot be pushed back (this may indicate incarceration and requires immediate assessment)

Risks and Complications

Hernia repair is one of the most commonly performed operations in the world and serious complications are uncommon. Robotic and laparoscopic repairs carry a lower risk of wound-related complications than open surgery. Your surgeon will discuss the risks specific to your procedure and anatomy at your consultation.

Common — affecting up to 1 in 10 patients
  • Temporary pain and discomfort at the port sites or hernia repair — well managed with regular analgesia and typically resolves within 1–2 weeks
  • Bruising and swelling around the wound or in the groin / scrotum — normal and settles without treatment
  • Temporary bloating or wind pain from the carbon dioxide gas used during the procedure — usually resolves within 24–48 hours
  • Shoulder or upper back discomfort from residual gas — common and settles quickly with walking and movement
  • Urinary retention (difficulty passing urine) — more common after inguinal hernia repair; usually temporary
Uncommon — affecting up to 1 in 100 patients
  • Wound infection requiring antibiotics or further treatment
  • Seroma (fluid collection at the site of the hernia) — usually resolves on its own; occasionally requires drainage
  • Chronic groin or wound pain persisting beyond 3 months — recognised complication particularly of inguinal hernia repair; occurs in a minority of patients
  • Conversion to open surgery — if the anatomy is unexpectedly difficult or a complication occurs during keyhole repair, your surgeon may need to convert to an open approach; this is not a failure but a safety measure
  • Haematoma (blood collection) at the wound site
Rare — affecting fewer than 1 in 1,000 patients
  • Hernia recurrence — mesh repair significantly reduces but does not completely eliminate the risk of hernia recurrence over time
  • Injury to adjacent structures during dissection — including the bowel, bladder, blood vessels, or (in inguinal repair) the vas deferens or testicular vessels; risk is very low in experienced hands
  • Mesh complications — including infection, erosion, or chronic inflammation requiring mesh removal; uncommon with modern lightweight mesh materials
  • Deep vein thrombosis (DVT) or pulmonary embolism — blood clot risk is reduced by early mobilisation and compression stockings; anticoagulant medication is prescribed when indicated
  • Serious adverse reaction to anaesthetic

Frequently Asked Questions

Ready to Take the Next Step?

If you have been diagnosed with a hernia or are experiencing symptoms, Mr Chaudhri and his team are here to help. Book a consultation or ask your GP to refer you.