A practical muscle-signal–driven control mechanism for an affordable robotic prosthetic hand

Key Points

• The innovative control mechanism enhances user response time with muscle signals, improving usability in daily activities.
• A key feature is the integration of affordable sensor technology leading to a significant decrease in costs compared to traditional models.
• Assessment of muscle-signal feedback was performed, utilizing a prosthetic hand prototype in real-world settings.
• The findings highlight potential advancements in prosthetic technology, yet further testing is necessary to validate efficacy across diverse users.