Overview
Robotic Spine Surgery integrates advanced computer technology with the experience of skilled surgeons. Assisted by robots, the surgeon performs complex tasks with flexibility, precision and control beyond conventional techniques. Robotic assistance transforms spine surgery from freehand procedures into highly accurate, state-of-the-art operations with less radiation. Applications include complex reconstructions of scoliotic and kyphotic deformities, and minimally invasive fusion surgeries for lower back disorders.
Benefits
- Highly accurate and precise placement
- Less radiation exposure
- Greater flexibility and control than conventional techniques
- Supports complex deformity reconstructions and minimally invasive fusions
Minimally Invasive vs Open Surgery
| Factor | Minimally Invasive | Open Surgery |
|---|---|---|
| Incision size | Small (often 8mm–2cm) | Large |
| Muscle damage | Minimal — muscles separated | More — muscles cut |
| Blood loss | Low | Higher |
| Post-op pain | Less | More |
| Hospital stay | Short (day-care to 1–2 days) | Longer |
| Scarring | Minimal | More visible |
| Return to activity | Faster | Slower |
| Infection risk | Lower | Higher |
Why choose Dr. M.D.S. Sasidharan?
Fellowship-trained spine surgeon (MS Ortho, FASSI) with 5,000+ spinal surgeries
International training: endoscopic spine surgery (Germany) & deformity (Seoul); AO Spine Asia Pacific fellowship
Specialist in endoscopic (keyhole), robotic & non-fusion (VBT) scoliosis surgery
Patient-first: the least invasive option that resolves your problem
Frequently Asked Questions
- Robotic guidance improves the accuracy of implant placement, reduces radiation exposure and supports minimally invasive approaches — translating into greater precision and safety.
Medically reviewed by Dr. M.D.S. Sasidharan, Consultant Spine Surgeon, Iswarya Hospital OMR, Chennai. Outcomes vary by patient — consult for personalised advice.