Revolutionizing Physiotherapy with Haptic Simulation: A Pathway to Smarter Rehabilitation

Background: Haptic technology has emerged as a crucial interface in various fields, enhancing user experience through tactile feedback. This study investigates the effectiveness of haptic feedback in improving task performance and user satisfaction in virtual environments. Methodology: A literature search in PubMed and Google Scholar from 2014 to 2024 used keywords related to haptic simulation in physiotherapy. Inclusion criteria focused on English-language studies from the last decade involving randomized clinical trials or experimental designs using haptic interfaces, with full-text access. Exclusion criteria eliminated older studies, review articles, and those without free access. Out of 117 identified articles, 30 were shortlisted after abstract screening, and 12 were selected for final analysis. Discussion: Haptic technologies in rehabilitation improve gait, strengthen patient ownership, and enhance recovery through virtual feedback and robotic systems. They also enhance movement, balance, and user experience in prosthetics, demonstrating significant therapeutic potential. Conclusion: Haptic feedback enhances performance and user satisfaction in virtual environments, highlighting its potential in various applications. This suggests a need for further exploration of its use in education and professional settings. Future research should aim to optimize haptic feedback mechanisms to fully maximize user benefits.