ROBOTIC-ASSISTED KNEE REPLACEMENT · NOW CONSULTING AT BELIEVERS MEDICAL COLLEGE HOSPITAL · BOOK A SLOT →
Orthopaedic Surgery — Robotic Joint Replacement
Precision built into every degree of motion.
I'm Dr. Nithin Thomas Philip, an orthopaedic surgeon at Believers Medical College Hospital specialising in robotic-assisted knee replacement, trauma care, and complex joint reconstruction — planned to the millimetre, delivered with care.
Cruciate-retaining total knee system — cemented tibial baseplate and femoral component, well-seated and neutrally aligned on post-operative imaging.
Approach
Care that starts well before the operating room.
I'm Dr. Nithin Thomas Philip, an orthopaedic surgeon at Believers Medical College Hospital. My practice is built around two things that have to work together: precise, technology-led surgery, and a treatment plan that actually fits the person in front of me.
01 / Expertise
Comprehensive Expertise
As a dedicated orthopaedic surgeon at Believers Medical College Hospital, I specialise in advanced joint replacement, trauma care, and robotic-assisted surgery — combining current technology with attentive, personal care.
Extensive training in complex orthopaedic procedures, paired with a commitment to staying current with surgical innovation, means every treatment plan is built around the patient in front of me, not a standard protocol.
02 / Philosophy
Patient-Centred Approach
Good orthopaedic care goes beyond the operating room. Thorough consultation, clear communication, and shared decision-making mean patients stay informed and confident at every stage.
From first assessment through post-operative rehabilitation, I work closely with patients and families toward one goal: restoring quality of life through evidence-based care.
Signature Program
The Robotic Knee Replacement Advantage
Robotic-assisted knee replacement at Believers Medical College Hospital represents a genuine advance in joint replacement — sub-millimetre accuracy in implant positioning, built from a 3D model of each patient's own anatomy.
During surgery, the robotic system guides every bone cut and implant placement exactly as planned — a level of precision that isn't achievable through manual technique alone. The result: improved joint function, more natural movement, and faster rehabilitation.
Fig. 02 — CORI Surgical System
±0.5mmTypical implant-positioning accuracy achievable with robotic guidance, versus manual instrumentation.
A 3D model of your specific knee anatomy drives a truly individual surgical plan — positioning your new joint exactly right for your body.
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Reduced Complications
Robotic precision protects surrounding healthy tissue and ligaments, minimising surgical trauma and supporting a smoother recovery.
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Enhanced Longevity
Accurate alignment is a key factor in implant lifespan — better positioning can mean fewer revisions down the line.
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Faster Return to Life
Shorter hospital stays, less reliance on pain medication, and a quicker path back to walking, driving, and daily activity.
Services
Comprehensive Orthopaedic Care
From first consultation to complex revision surgery, care spans the full range of musculoskeletal need.
01
Joint Replacement Surgery
Total and partial knee replacement, hip replacement, and revision surgery using current robotic and minimally invasive technique.
02
Sports Medicine & Trauma
Treatment for sports injuries, fractures, and complex trauma, focused on returning patients to an active life.
03
Arthroscopic Procedures
Minimally invasive arthroscopic surgery for ligament reconstruction, cartilage repair, and joint preservation.
04
Orthopaedic Consultation
Thorough evaluation of musculoskeletal conditions, with personalised treatment planning and non-surgical options where appropriate.
Process
The Journey to Joint Replacement
Understanding each stage helps patients feel prepared. Here's what to expect when considering joint replacement.
01
Initial Consultation
Medical history review, physical examination, and diagnostic imaging to determine if joint replacement is right for you.
02
Personalised Treatment Plan
A customised surgical approach built on 3D planning technology that maps your anatomy and optimises implant selection.
03
Pre-Operative Preparation
Detailed instructions and education sessions to prepare you physically and mentally, including what to expect in recovery.
04
Robotic-Assisted Surgery
Precision surgery performed with robotic assistance, ensuring optimal implant positioning and minimal tissue disruption.
05
Recovery & Rehabilitation
Post-operative care and physical therapy guidance to help you regain strength, mobility, and the activities you love.
Fig. 02 — Outcomes Tracking
Academic & Research
Advancing Orthopaedic Science
Beyond clinical practice, my academic work focuses on surgical technique, outcomes analysis, and improving patient-care protocols in joint replacement and trauma surgery.
I contribute to peer-reviewed journals and present at national and international orthopaedic conferences — ongoing engagement that keeps patient care aligned with current evidence.
Publications cover robotic-assisted surgery outcomes, minimally invasive technique, and recovery protocol optimisation — research that feeds directly back into clinical practice.
Publications available on request — a full list of research and academic contributions can be shared directly.
Institution
Believers Medical College Hospital
A premier healthcare institution committed to world-class medical care, delivered with compassion and integrity.
— Facilities
State-of-the-Art Facilities
Advanced surgical suites, imaging technology, and rehabilitation facilities supporting every stage of care.
— Team
Multidisciplinary Team
Collaboration across specialities ensures optimal outcomes for complex orthopaedic cases.
— Standard
Centre of Excellence
A teaching hospital affiliated with Believers Medical College, holding the highest standards of clinical education.
If you're experiencing joint pain, limited mobility, or considering orthopaedic surgery — let's discuss your symptoms, treatment options, and the best path forward for you.
