Dr. Aashish Arbat First in India to Offer Multi-Robotic Systems; Pioneers Surgical Innovation in Orthopaedics
Pune, Maharashtra – [Date] — Dr. Aashish Arbat, internationally-acclaimed Joint Replacement Surgeon based in Pune, has become the first orthopedic surgeon in India to offer a comprehensive suite of multi-robotic and advanced navigation/augmented reality systems in joint replacement and hip surgery. These cutting-edge platforms include MAKO, MISSO, ROBONAV, HOLOLens, CORI, VELYS.

With a career spanning over two decades, Dr. Arbat uses these advanced technologies to boost surgical precision, reduce human error, improve patient recovery times, and pioneer new standards in orthopaedic care. Combined with his expertise in the minimally invasive SuperPATH technique for hip replacement surgery, he continues to raise the bar for orthopedic innovation in the region.

About Dr. Aashish Arbat

• Dr. Arbat holds degrees MBBS, MS (Orthopaedics), and M.Ch (Orthopaedics) from prestigious institutions including the Royal College of Surgeons, London, UK.
• He has performed over 3,000+ advanced joint replacement surgeries using robotic and AI-assisted techniques.
• He is widely recognized as the first 3D AI-based Robotic Joint Replacement Surgeon in Western India.
• Based in Pune, he is affiliated with institutions including Manipal Hospitals (Baner), Jehangir Hospital, ONP Hospital, and others.
What the New Multi-Robotic Setup Means for Patients
By integrating systems such as MAKO, MISSO, ROBONAV, HOLOLens, CORI, VELYS, Dr. Arbat is able to:
• Plan joint replacement surgeries using high-fidelity, image-guided navigation, minimizing the risk of misalignment or component misplacement.
• Offer more personalized implant positioning, taking into account each patient’s anatomy.
• Reduce surgical trauma, blood loss, and post-operative discomfort.
• Accelerate rehabilitation, enabling patients to regain mobility sooner.

These advanced robotic tools, along with his adoption of the SuperPATH (Supercapsular Percutaneously Assisted Total Hip) technique for hip replacement, enable smaller incisions, muscle preservation, less pain, and faster recovery.

Why This Is a Milestone for Orthopaedics in Pune & India?

• Dr. Arbat is establishing Pune as a hub for state-of-the-art robotic and augmented reality orthopedic surgery.
• Patients seeking a highly-skilled orthopedic doctor in Pune or knee replacement doctor in Pune now have access to these world-class robotic systems without needing to travel abroad.
• His work has implications for improved outcomes and long-term durability of prosthetic joints across India.

Patient & Community Impact

Dr. Arbat has already treated hundreds of patients with robotic knee replacements, and hip patients with SuperPATH technique, reporting significant satisfaction, better mobility, reduced hospitalization, and fewer complications.

Quotes

“Using robotics and augmented reality in joint surgeries is more than just technological novelty—it’s about precision, safety, and restoring quality of life. I am honoured to bring MAKO, MISSO, ROBONAV, HOLOLens, CORI, VELYS and the SuperPATH technique to patients here in Pune.”

— Dr. Aashish Arbat, Orthopedic Surgeon & Knee Replacement Doctor in Pune

Contact & Appointments
Patients or media seeking further information, interviews, or wanting to book consultation with Dr. Aashish Arbat, please reach:
• Phone: +91-9594912719
• Email: [email protected]
• Website: www.draashisharbat.com
• Practices: Manipal Hospitals (Baner, Pune), ONP Hospital, Jehangir Hospital, Oyster & Pearl Hospital among others.

About Innovation in Dr. Arbat’s Practice

Dr. Aashish Arbat is not only a surgeon but also an educator, speaker, and innovator. He has fellowships and training from USA, Japan and UK, has spoken at national and international conferences, and committed to bringing best practices and new technologies to orthopaedics in India. His adoption of SuperPATH hip replacement further demonstrates his push for surgical techniques that preserve tissue, reduce patient discomfort, and reduce recovery times.