The future of spinal care is here. Experience sub-millimeter precision with AI-guided robotic technology for safer, faster, and more effective outcomes.
Yashoda Hospital, Malakpet • Advanced Robotic Spine Center
Expert neurosurgical care available at multiple convenient locations across Hyderabad.
Robotic arms eliminate human tremor, ensuring implants are placed exactly as planned.
Reduced risk of nerve damage or vascular injury due to precise, pre-planned trajectories.
Sophisticated software analyzes your anatomy to create the perfect surgical blueprint.
Minimally invasive incisions + less tissue manipulation = quicker return to life.
| Feature | Traditional Open Surgery | Robotic Spine Surgery |
|---|---|---|
| Accuracy | Dependent on surgeon's hand & 2D X-rays (90-95%) | Sub-millimeter precision (99.9%) |
| Radiation Exposure | High (Frequent X-rays needed) | Minimal (Pre-planned trajectory) |
| Incision Size | Large (To visualize anatomy) | Small (Keyhole access) |
| Muscle Damage | Significant (Muscles stripped from bone) | Minimal (Muscles dilated gently) |
| Recovery Time | Weeks to Months | Days to Weeks |
*Comparison based on average clinical outcomes. Individual results may vary.
A pre-op CT scan is used to create a 3D blueprint of your spine.
The robotic arm is calibrated to your spine anatomy using AI algorithms.
The surgeon guides the robotic arm to place implants with sub-millimeter accuracy.
Real-time imaging confirms perfect placement before you leave the OT.
Less tissue damage means you get out of bed sooner, often the same day.
While many simple spine conditions can be treated with standard endoscopic techniques, robotic assistance is a game-changer for complex cases.
Patient satisfaction
98%
Patients reporting improved quality of life six weeks after care.
Average hospital stay
2.1 days
Measured across routine cases without additional comorbid risk.
Return to work
86%
Patients resuming desk duties within the recommended timeframe.
Metrics are derived from internal audit data (rolling 12 months) and adjusted for case-mix. Individual recovery varies.
Robotic spine surgery involves using a robotic arm to assist the surgeon in placing spinal implants (like screws) with extreme precision. The robot does not perform the surgery on its own; it acts as a high-tech guide, enhancing the surgeon’s accuracy and control.
Yes, studies show that robotic guidance significantly improves the accuracy of screw placement (up to 99.9%), reducing the risk of nerve injury and revision surgeries. It also lowers radiation exposure for both the patient and the surgical team.
No. Dr. Sayuj Krishnan is in full control at all times. The robot is a tool that provides a rigid, precise trajectory for instruments, preventing human tremor or fatigue-related errors during critical steps.
It is ideal for patients requiring spinal fusion, scoliosis correction, tumor surgery, or revision spine surgery. It is especially beneficial for complex anatomies where freehand surgery might be risky.
External links are provided for transparency and do not represent sponsorships. Each source was accessed on 19 Oct 2025.
Medically reviewed by Dr. Sayuj KrishnanConsultant Neurosurgeon, Yashoda Hospital MalakpetLast reviewed 19 January 2026
This information is for educational purposes only and should not replace professional medical advice. Please consult with Dr. Sayuj for personalized medical guidance.
