Arthroscopy Surgeon in Goa | Expert Arthroscopic Surgery at Ortho Robotics

Arthroscopy Surgeon in Goa

Keyhole surgery sounds simple, but arthroscopy is one of the most technically demanding disciplines in orthopaedics. Done well, it resolves joint problems with minimal disruption in orthopaedics — patients are often walking the same day, back to work within days, and returning to sport within weeks. Done poorly, it leaves problems unresolved or creates new ones. Choosing the right arthroscopy surgeon in Goa matters enormously.

At Ortho Robotics in Madgaon, we perform arthroscopic surgery of the knee, shoulder, and other joints with precision of the knee and a clear surgical philosophy: address what needs addressing, preserve what is healthy, and build a rehabilitation plan that gets you back to your life as quickly and safely as possible.

What Is Arthroscopic Surgery?

Arthroscopy uses a camera the diameter of a pencil — the arthroscope — inserted into a joint through a small incision, typically 5 to 10 millimetres long. The surgeon sees the inside of the joint on a high-definition screen and uses thin instruments inserted through one or two additional small incisions to perform repairs, remove damaged tissue, or reconstruct torn structures.

The contrast with open surgery is significant. An open knee surgery uses an incision of 10–20 centimetres, requires cutting through multiple muscle layers, and carries higher risks of infection, blood loss, and prolonged recovery. Arthroscopy achieves the same goals with a fraction of the disruption. Most arthroscopic procedures are day-case or overnight — meaning patients go home the same day or the morning after.

Conditions We Treat with Arthroscopy in Goa

Knee Arthroscopy

ACL Reconstruction: The anterior cruciate ligament is the most commonly torn ligament in sports. Complete ACL tears cause the knee to give way — particularly during cutting and pivoting movements. Arthroscopic ACL reconstruction uses a graft (usually the patient’s own hamstring or patellar tendon) to rebuild the ligament. The procedure is performed entirely through 3–4 small portals. Most athletes return to competitive sport within 6–9 months with a structured rehabilitation programme.

Meniscus Surgery: The menisci are two C-shaped pads of cartilage that cushion the knee and distribute load. Tears are common — from sudden twisting injuries in sport, or from gradual degeneration with age. Arthroscopy allows the surgeon to assess the tear directly and decide on the best approach: repair (stitching the tear if blood supply is adequate) or partial removal of the damaged fragment. Wherever possible, we repair rather than remove — preserving the meniscus protects the joint from early arthritis.

Cartilage Procedures: Localised cartilage damage causes deep aching pain and swelling, particularly with activity. Arthroscopy allows us to treat chondral defects through techniques including microfracture (stimulating cartilage regrowth) and debridement. Larger defects may be candidates for cartilage grafting procedures.

PCL and Posterolateral Corner: Posterior cruciate ligament injuries and complex posterolateral instability patterns require careful assessment. Many PCL injuries are managed non-surgically with rehabilitation, but complete tears causing functional instability are reconstructed arthroscopically.

Loose Body Removal: Fragments of bone or cartilage can float inside the joint, causing locking, clicking, and pain. Arthroscopic removal resolves symptoms immediately in most cases.

Plica Excision: An inflamed plica — a fold of synovial tissue — is a common and frequently missed cause of medial knee pain, particularly in younger patients and runners. Arthroscopic excision is quick and effective.

Shoulder Arthroscopy

Rotator Cuff Repair: The rotator cuff is a group of four tendons that stabilise and move the shoulder. Tears — from acute injuries or cumulative wear — cause pain, weakness, and difficulty with overhead activities. Arthroscopic repair reattaches the torn tendon to the bone using small anchors inserted through the portals. Recovery takes 4–6 months for full strength, but pain relief begins much earlier.

Shoulder Stabilisation (Bankart Repair): Recurrent shoulder dislocation is debilitating and damages the joint with each episode. The usual cause is a Bankart lesion — a tear of the anterior labrum, the rim of cartilage that deepens the shoulder socket. Arthroscopic Bankart repair reattaches this labrum and significantly reduces the risk of further dislocation. Return to contact sport typically occurs at 4–6 months.

SLAP Repair: SLAP (Superior Labrum Anterior to Posterior) lesions are tears of the top of the labrum, common in overhead athletes — cricket bowlers, swimmers, throwers. Depending on the type, these are either repaired or the biceps tendon is reattached (tenodesis).

Subacromial Decompression: Shoulder impingement — pain on lifting the arm above shoulder height — is often caused by a spur or thickened bursa compressing the rotator cuff. Arthroscopic decompression removes the spur and inflamed tissue. When performed at the right indication, it relieves symptoms reliably.

AC Joint Surgery: Acromioclavicular joint separations from falls or tackles, and chronic AC joint arthritis, can be addressed arthroscopically when conservative management has not provided relief.

Ankle and Hip Arthroscopy

Ankle impingement — either bony (from spurs) or soft tissue — causes pain at the front or back of the ankle during movement. Arthroscopic removal of the impinging tissue restores full, pain-free range of motion. We also perform hip arthroscopy for labral tears and femoroacetabular impingement (FAI), where bony abnormalities at the hip joint cause pain and restrict movement.

Our Arthroscopy Surgeon in Goa

Arthroscopy is a skill that takes years to develop. Working in a small space through a camera requires three-dimensional spatial awareness, precise instrument control, and the clinical judgement to know what to address and what to leave alone. Our surgeon at Ortho Robotics has trained specifically in arthroscopic surgery and performs these procedures regularly — not occasionally.

Every patient who comes to us for arthroscopy gets a thorough pre-operative evaluation: clinical examination, relevant imaging (MRI or X-ray), and a detailed discussion about what surgery can realistically achieve. We do not recommend arthroscopy as a first response to joint pain. When conservative management — physiotherapy, injections, activity modification — is appropriate, we say so.

What to Expect: The Arthroscopy Journey

Consultation: Clinical assessment + MRI or X-ray review. We confirm the diagnosis, discuss treatment options, and answer every question you have.

Pre-operative: Blood tests, anaesthetic review. We give you written instructions on fasting, medications to stop, and what to expect on the day.

Surgery day: Arrive at the hospital, meet the anaesthetic team. The procedure itself takes 30–90 minutes depending on complexity. You recover in the ward for 1–3 hours. Most patients go home the same afternoon.

Post-operative: A physiotherapist reviews you before discharge. Exercises begin the same day or the morning after. We provide a clear written rehabilitation programme and tell you exactly when to start each phase.

Follow-up: Outpatient review at 2 weeks to check the wound and progress. Further reviews at 6 weeks and 3 months. We are available by phone if you have concerns between appointments.

Recovery Timelines for Common Arthroscopic Procedures

• Meniscus trim (partial meniscectomy): Walking same day, return to desk work 1–2 weeks, sport 4–6 weeks
• Meniscus repair: Protected weight-bearing for 4–6 weeks, return to sport 4–6 months
• ACL reconstruction: Crutches for 2–4 weeks, return to training 4–5 months, contact sport 7–9 months
• Loose body removal / plica excision: Walking same day, return to normal activities 2–4 weeks
• Rotator cuff repair: Sling for 4–6 weeks, strengthening from 3 months, full return 5–6 months
• Bankart repair: Sling for 4–6 weeks, return to overhead sport 4–6 months
• Subacromial decompression: Sling for 1 week, return to light sport 4–6 weeks

Frequently Asked Questions

How long are the incisions for arthroscopy?

Typically 5–10mm per portal — three to four portals for most knee procedures, two to three for the shoulder. These heal quickly and leave minimal scarring.

Is arthroscopy done under general anaesthesia?

Not always. Knee arthroscopy is commonly performed under spinal (regional) anaesthesia, which avoids the risks of general anaesthesia and is associated with faster recovery. Shoulder arthroscopy is usually performed under general anaesthesia with a nerve block for post-operative pain control.

I have been told my knee is worn out and I need a knee replacement. Can arthroscopy help?

For moderate to severe osteoarthritis, arthroscopy provides limited benefit and is generally not recommended. If your X-rays show significant joint space loss across the knee, a partial or total knee replacement will address the underlying problem more effectively. We will be honest with you about which procedure is appropriate.

Can I travel to Goa specifically for arthroscopic surgery?

Yes. Patients from outside Goa come to Ortho Robotics for arthroscopic procedures. Because most surgeries are day-case or one-night stays, the logistics are straightforward. We coordinate pre-operative imaging, arrange the procedure, and provide remote follow-up support after you return home.

Book Your Arthroscopy Consultation in Goa

Joint pain that limits what you can do deserves a proper diagnosis and an honest treatment plan. Whether your problem is a torn ACL, a chronic shoulder dislocation, or a meniscus that locks your knee — we can help. Call Ortho Robotics in Madgaon on +91-86690 62879 to book your consultation.