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Robotic-assisted joint replacement has transformed contemporary arthroplasty by improving surgical precision, implant positioning, and soft-tissue balancing, with emerging evidence suggesting benefits in early functional recovery and alignment accuracy. Despite these advantages, the widespread adoption of orthopaedic robotics in India remains constrained by high capital investment, recurring maintenance costs, limited insurance reimbursement, and restricted access to structured training. Consequently, robotic arthroplasty continues to be concentrated within high-resource urban institutions, limiting its population-level impact. The evolution of indigenous robotic platforms represents a pivotal shift in addressing these barriers. Locally engineered systems offer the potential to reduce acquisition and procedural costs while maintaining procedural accuracy and workflow efficiency. Such innovations align with national initiatives promoting self-reliance in medical technology and allow contextual adaptation to Indian anatomical variations, healthcare economics, and surgical volumes. This editorial examines the current landscape of orthopaedic robotics in India, highlighting technological advances, economic constraints, policy dynamics, and the growing role of indigenous innovation. It underscores that achieving equitable access will require synergistic collaboration among clinicians, industry stakeholders, insurers, and policymakers. Ultimately, the integration of cost-effective robotic solutions may redefine joint replacement from a premium offering to a scalable standard of care across diverse healthcare settings.
Aneja et al. (Thu,) studied this question.