Esper Hand
The Esper Hand is a self-learning, bionic prosthetic hand that consists of five separate, movable fingers, and a proprietary control app for Apple iOS or Android devices. The Esper Hand is controlled with EMG sensors and adjusted for the behavior patterns of each user. Mathematical and machine learning methods are employed to help reduce noise, correct sweat/motion issues, and learn the user’s behavior over time. It Is one of the lightest multi-articulating bionic hands on the market, with tenacious grip surfaces, touchscreen compatible fingers, and human-like finesse to allow patients to perform their daily routine with natural ease. Six motors power seamless and accurate finger movements, including powered thumb ab/adduction, and the ability to add, edit, or remove custom grips as desired.
Features and Benefits
- Anatomical design
- User-friendly control
- Self-learning
- Customizable hardware/software features
- Lightweight
- Durable fingers that are replaceable by the clinician