TrueLimb is a full-arm prosthetic solution designed to feel more like an extension of the body than a mechanical device. Each arm is personalized to match the user's opposing limb, down to fingertip size and skin tone. A wide range of color options are available, including natural shades, jet black and metallic silver. 

Instead of relying on standard sizes, TrueLimb is custom-built using a remote 3D scanning system. This digital process eliminates the need for in-person fittings and allows for precise, individualized design. The socket is breathable, adjustable and crafted for all-day wear. A built-in BOA dial lets users fine-tune the fit with ease. At just 1.0 to 1.5 pounds from socket to fingertip, the prosthetic remains lightweight and comfortable. 

TrueLimb features TrueSense technology, which includes over 30 topographical sensors embedded within the socket. These sensors detect subtle muscle movements on the residual limb, delivering accurate and responsive control, even when the limb is covered or sweating.

While often referred to as "mind-controlled," TrueLimb does not read brain signals directly. Instead, it uses advanced sensors to pick up electrical activity from muscles in the residual limb. These signals reflect the user’s intended movements, allowing the prosthetic to respond in real time, creating a seamless, intuitive experience that feels like second nature.

WHAT IS ARTIFICIAL INTELLIGENCE (AI)?

The system adapts automatically by identifying the most active myo sites, deactivating less useful sensors and fine-tuning responsiveness based on the user's signal strength. This ensures consistent performance, even if muscle activity changes over time.

The prosthetic includes six intuitive grip patterns to support a wide range of daily activities. Independent finger joints allow the hand to wrap around objects naturally, offering both strength and flexibility. The device is precise enough to handle delicate tasks, such as lifting an egg without cracking it.