How Robotic Knee Replacement Differs
Traditional knee replacement relies on manual jigs and visual estimation to align the implants. While effective, it cannot account for subtle variations in individual anatomy.
Robotic-assisted surgery solves this. By registering a 3D digital blueprint of your knee prior to bone preparation, the robotic arm ensures cuts are confined within virtual boundary zones, preserving healthy ligaments and soft tissues. Real-time kinematic tracking ensures perfect ligament tensioning across your entire range of flexion and extension.
Procedure Recovery Pathway
First Steps
Under direct supervision of a clinical physiotherapist, patients typically stand and walk with a walker, encouraging early knee flexion.
Stitch Removal & Independence
Surgical staples or stitches are evaluated and removed. Patients begin navigating indoor spaces with minimal support.
Active Recovery
Patients transition away from walking aids, resume light activities (like driving), and continue tailored muscle strengthening.
Procedure Quick Facts
- Treatment Type Robotic Arthroplasty
- Est. Recovery 3 - 6 Weeks
- Hospital Stay 2 - 3 Days
- Anesthesia Spinal / Epidural
- Care Pathway Physiotherapy-guided
Clinical Case Radiographs
Review pre-operative and post-operative radiographs showing the precision of robotic implant positioning and alignment correction.
Pre-Operative
Bilateral joint space narrowing and bone-on-bone medial compartment wear.
Post-Operative
Robotic-assisted total knee replacements with restored mechanical alignment.
Are You Eligible for Robotic Knee replacement?
Robotic replacement is ideal for patients with bone-on-bone knee osteoarthritis, joint stiffness, and deformity that doesn't improve with medication.
Pre-Operative Preparation & Clinical Evaluation
A successful orthopaedic outcome starts with meticulous planning. Prior to scheduling any procedure, patients undergo a thorough medical evaluation, including cardiac clearances, complete blood profiles, and tailored joint imaging.
3D Anatomical Mapping
CT scans or high-res MRIs are loaded into the computer software to pre-plan bone cuts and implant size before entering the theatre.
Pre-Hab Exercises
Mild quadriceps and core strengthening exercises are recommended to build muscle tone, which speeds up postoperative recovery.
Post-Operative Rehabilitation & Recovery Pathways
Rehabilitation is a critical phase of recovery. Following surgery, Dr. Vikrant Sinha Roy's team coordinates with clinical physiotherapists to execute structured post-op exercises, facilitating joint mobilization, restoring gait patterns, and strengthening surrounding muscle groups.
Phase 1: Mobilization (Week 1-2)
Focus on wound healing, swelling management, and walking with support.
Phase 2: Strengthening (Week 3-6)
Transitioning to walking independently, climbing stairs, and building muscle flexibility.
Phase 3: Functional Restoration (Week 6+)
Returning to normal daily work, traveling, and light recreational sports.
Patient Success Stories
"After suffering from severe knee osteoarthritis for years, I decided to consult Dr. Vikrant for robotic knee surgery. I walked with support within 24 hours! His empathy, clear explanation of the process, and post-op physiotherapy coordination were outstanding."
— Subrata Chatterjee, 64, Kolkata
"I was diagnosed with bone-on-bone knee arthritis and was terrified of surgery. Dr. Vikrant explained how the robotic surgery would align my joints precisely. Post-surgery, the pain was minimal, and I am back to climbing stairs without any discomfort."
— Minati Sen, 69, Ballygunge
Knee Treatment FAQs
Most patients stand and walk with a walker within 24 hours of surgery. You can typically return to light activities and driving by 3 to 6 weeks, and full independent mobility is achieved within 2 to 3 months.
Yes, robotic-assisted knee replacement surgery is covered by health insurance policies, subject to your policy terms and TPA pre-authorization. Cashless desk support is available at Manipal Hospitals.
High Tibial Osteotomy (HTO) is a joint-preserving surgical technique where the shin bone is realigned to shift pressure away from the damaged side of the knee. This is ideal for active patients with early-stage osteoarthritis.
Head Surgeon & Specialist
Dr. Vikrant Sinha Roy
Fellowship in Robotic Joint Replacement & Sports Medicine (Lyon, France). Trained under world-renowned orthopaedic pioneer, Dr. Sebastian Lustig. Specializes in advanced sub-millimeter robotic reconstructions and arthroscopy.
View Full ProfileConsultation & OPD Schedules
Consult Dr. Vikrant Sinha Roy across premier medical facilities in Kolkata.
Manipal Hospitals, Dhakuria
Gariahat Road, Dhakuria, Kolkata
OPD Hours: Mon - Sat: 10:00 AM - 4:00 PM
Apollo Clinic, Ballygunge
Ballygunge Phari, Kolkata
OPD Hours: Mon, Wed, Fri: 5:00 PM - 8:00 PM
Dipankar Sinha Ray Clinic
Lake Market, Kalighat, Kolkata
OPD Hours: Sat: 5:00 PM - 8:00 PM
Vijaya Diagnostic Centre, Medinova
Sarat Chatterjee Ave, Kalighat, Kolkata
OPD Hours: Mon - Sat: 6:30 PM - 8:30 PM
Mediscan, Bhawanipore
Chowringhee Road, Bhowanipore, Kolkata
OPD Hours: Thursday: 6:00 PM
Vijaya Diagnostic Centre, Kasba
Prantik Palli, Kasba, Kolkata
OPD Hours: By Appointment
AM Clinic, Southern Avenue
97A, Southern Avenue, Kolkata
OPD Hours: By Appointment