Joint Motors in Prosthetics: Applications, Accessibility, and Prospects

Joint Motors in Prosthetics: Applications, Accessibility, and Prospects

Apr 24,2025

 
I. JEO Joint Motors in Prosthetics
  1. Natural Movement
JEO joint motors: DC servo (low inertia) for seamless below-knee motion; closed-loop feedback avoids stumbles.
  1. Functional Independence
High-torque JEO joint motors : AC servo for upper-limb fine tasks; stepper for cost-effective gripping; overload protection ensures safety.
II. Mobility Barriers Reduction
  • Adaptive Control: JEO multi-DoF motors enable overhead reaching, less caregiver reliance.​
  • Efficiency: JEO low-inertia motors extend battery life.​
  • Customization: JEO motor types (AC/DC servo, stepper) fit athletes/elderly.
III. Future Outlook
  1. Tech
  • JEO AI motors decode muscle signals (low latency); miniaturized, biocompatible designs reduce weight.​
  • Mass production boosts affordability.
  1. Impact
JEO innovation (vibration touch) redefines disability, enabling education/employment.
Summary: JEO joint motor empower prosthetics users, a next-gen mobility cornerstone.