Dr. Vishal Kundnani
MS (Ortho) FASSI, FNUS, FNAMS.Leading spine surgeon utilizing advanced 3D printed implants for precision spine surgery.
3D Printed Implants: Transforming Spine Surgery with Precision & Personalization
3D printed spine implants represent one of the most significant advancements in modern spine surgery. These implants are custom-designed based on the patient's unique anatomy, offering an unparalleled level of precision, stability, and surgical success. Unlike conventional implants, 3D printed solutions match spinal curvature and bone structure with exceptional accuracy, improving long-term outcomes.
Dr. Vishal Kundnani is among the leading spine surgeons in India utilizing 3D printing technology combined with robotic navigation and minimally invasive techniques to treat complex spinal deformities, trauma, and degenerative conditions. Patients from Mumbai and major cities across India benefit from personalized, cutting-edge surgical care.
Why 3D Printed Implants Are Revolutionary
1. Personalized Anatomical Fit
Each implant is created based on CT/MRI scans, ensuring perfect alignment and superior integration with bone.
2. Enhanced Surgical Precision
Custom fit improves stability and reduces the risk of hardware failure.
3. Better Outcomes in Complex Spine Cases
Ideal for scoliosis, revisions, tumors, and anatomical abnormalities.
4. Faster Recovery & Fewer Complications
Reduced operative time, minimal tissue trauma, and improved healing.
5. Strong, Lightweight Titanium Structures
Optimized strength-to-weight ratio improves overall biomechanics.
Ideal Conditions for 3D Printed Spine Implants
3D printed implants are recommended for:
- Severe or complex scoliosis
- Revision spine surgeries
- Congenital deformities
- Spinal trauma requiring reconstructive stabilization
- Tumor reconstruction
- Degenerative spine disease with anatomical variation
- Failed previous implant surgeries
Patient-specific planning ensures superior correction and long-term stability.
🤖 Robotic Navigation + 3D Printed Implants = Maximum Precision
Dr. Kundnani combines 3D printed implants with:
- Robotic-guided screw placement
- Intraoperative navigation
- High-resolution imaging
- Minimally invasive surgical techniques
This integrated approach significantly improves accuracy, reduces risks, and ensures optimal alignment and fusion.
🩺 Benefits for Patients
- Improved surgical safety
- Enhanced correction of deformities
- Reduced blood loss
- Smaller incisions
- Faster mobilization and return to activity
- Better cosmetic outcome
- Long-term implant stability
⭐ Why Choose Dr. Vishal Kundnani for 3D Printed Spine Surgery?
- Expert in deformity correction, revision surgery & personalized implants
- Among India's pioneers in 3D printed spine instrumentation
- Minimally invasive and robotic-assisted surgical expertise
- Treated thousands of complex spine cases with excellent outcomes
- Access to state-of-the-art surgical facilities
- Clinics located in South Mumbai, Bandra, Goregaon & Borivali
- Director & Head of Spine Services – Lilavati & Bombay Hospitals
📞 Call 9619100123 – Consult Dr. Vishal Kundnani, expert in 3D printed spine implants.
FAQ – 3D Printed Spine Implants
- What are 3D printed spine implants?
They are personalized titanium implants created using advanced 3D printing technology based on a patient's unique spinal anatomy. - Who benefits from 3D printed implants?
Patients with scoliosis, trauma, tumors, congenital deformities, and those needing revision spine surgery. - Are 3D printed implants safe?
Yes. They are made from biocompatible medical-grade titanium and designed for precision and long-term stability. - How are 3D printed implants planned?
CT/MRI scans are used to create a patient-specific model, which is then manufactured to match the anatomy perfectly. - Does robotic navigation enhance 3D implant surgery?
Absolutely. Robotics improves precision and reduces surgical risks. - Where does Dr. Kundnani perform surgeries with 3D printed implants?
At Lilavati, Bombay, Breach Candy & Saifee Hospitals, Mumbai. - How do I schedule a consultation?
📞 Call 9619100123 for expert evaluation and treatment planning.
