Gaia Technologies develops the Myoplexer, a high-density sensor array that measures muscle length, force, and speed to enhance dexterous control in upper limb prosthetics. This technology addresses the limitations of traditional prosthetics by providing users with improved functionality for everyday tasks and professional activities at a more accessible price point.
Funding
Funding not disclosed
Founders
Product
Problem
Existing upper limb prosthetics often lack the dexterity and intuitive control necessary for users to perform everyday tasks and professional activities effectively. Traditional prosthetic control methods do not provide sufficient sensory feedback or precise motor control, limiting the user's ability to manipulate objects with confidence.
Solution
Gaia Technologies develops the Myoplexer, a high-density sensor array designed to enhance dexterous control in upper limb prosthetics. The Myoplexer measures muscle length, force, and speed in the forearm to infer intended hand geometry, providing a more intuitive control interface for prosthetic users. By seamlessly integrating sensors into 3D-printed or traditionally made prosthetic sockets, the Myoplexer enables improved functionality and a greater sense of normalcy at a more accessible price point. The technology aims to empower individuals with limb differences to perform household tasks, excel in their chosen professions, and engage more fully in daily life.
Target Audience
The primary target audience includes individuals with upper limb differences, prosthetists, and rehabilitation specialists seeking to improve the functionality and usability of prosthetic devices.
Features
- High-density sensor array measures muscle length, force, and speed in the forearm.
- Algorithms infer intended hand geometry from muscle activity.
- Seamless integration into 3D-printed or traditionally made prosthetic sockets.
- Provides improved dexterity and intuitive control for upper limb prosthetics.
- Enables users to perform everyday tasks and professional activities more effectively.
- Technology can be used to determine pressure hot spots to improve socket fit.