Rehabilitation Robotics and Healthcare Devices

Capture the future of patient care with Rehabilitation Robotics and Healthcare Devices by Manuel Cardona, a practical, authoritative guide for clinicians, engineers, and healthcare leaders. This clear, engaging volume opens with compelling real-world scenarios that show how robotics and smart devices transform rehabilitation outcomes—from stroke recovery to mobility restoration.

Dive into accessible explanations of core technologies—exoskeletons, prosthetics, sensor systems, and assistive robotics—balanced with clinical perspectives on therapy integration, outcome measurement, and patient-centered design. Detailed sections cover engineering principles, safety and regulatory considerations, usability testing, and cost-effectiveness, making the book equally valuable for hospitals, rehab clinics, and academic programs.

What sets this work apart is its interdisciplinary approach: evidence-based case studies, practical design checklists, and actionable insights that bridge the gap between lab innovation and bedside application. Whether you’re a physical therapist updating protocols, a biomedical engineer designing next-generation devices, or a healthcare administrator evaluating procurement, this book provides the tools to make informed decisions that improve patient mobility and independence.

Globally relevant and regionally mindful, the content supports professionals across the United States, Europe, and beyond seeking scalable, compliant solutions for modern rehabilitation. Add Rehabilitation Robotics and Healthcare Devices to your professional library today — an essential resource for anyone shaping the next wave of patient-centered rehabilitation technology.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.