Ultra Bionics develops advanced prosthetic limbs that connect directly to the user's nervous system. This neural interface enables intuitive control and provides sensory feedback, restoring functional mobility and enhancing interaction with the environment for individuals with limb loss.
Funding
Funding not disclosed
Founders
Product
Problem
Individuals with limb loss face limitations in mobility and sensory experience with current prosthetic solutions. Existing prosthetics often lack intuitive control and fail to provide adequate sensory feedback, hindering natural interaction with the environment.
Solution
Ultra Bionics engineers advanced prosthetic limbs that integrate directly with the user's peripheral nervous system. This neural interface facilitates intuitive, real-time control of prosthetic movements, mimicking natural motor commands. The system also incorporates sophisticated sensory feedback mechanisms, transmitting tactile and proprioceptive information back to the user. This dual approach enhances user autonomy, restores a greater degree of functional mobility, and improves the overall user experience with their assistive device.
Target Audience
The primary customers are individuals with limb loss seeking advanced prosthetic solutions, as well as prosthetists and rehabilitation centers looking for state-of-the-art assistive technologies.
Features
- Direct neural interface for bidirectional communication between the user's nervous system and the prosthetic.
- Advanced myoelectric signal processing for intuitive, intent-driven limb control.
- Haptic feedback actuators integrated into the prosthetic socket to convey tactile and pressure sensations.
- Proprioceptive feedback system to provide users with a sense of limb position and movement.
- Modular design allowing for customization and adaptation to individual user needs and limb loss levels.
- Lightweight and durable materials for enhanced comfort and longevity.