DEXTERA
About Us
We are building prosthetics that are affordable, repairable, and deeply personal.
Our modular architecture decouples the mechanical, electronic, and cosmetic layers of a prosthetic limb. Each module can be tuned, replaced, or upgraded without discarding the entire system.
By leveraging open, repair-first engineering and regional manufacturing, we aim to shrink both the cost and lead time of advanced prosthetics—so more people can access high-performance assistive technology.
Why us.
Designed with clinicians, engineers, and prosthesis wearers to make advanced prosthetics maintainable in the real world—not just in the lab.
How the system works.
A horizontal, modular stack—mechanical, electronic, and digital—so every layer can be tuned independently.
Mechanical Shell
Lightweight structural shells define the form factor and motion profile of the limb.
Electronics & PCB
Signal routing, sensing, and control modules plug into a standardized PCB backbone.
Connectivity
Power, data, and sensor lines connect through robust, keyed interfaces for quick swaps.
Repair Walkthrough
Mechanical Maintenance Sequence
Built to be repaired.
Critical modules are isolated so technicians can troubleshoot, swap, and upgrade without shipping an entire limb back to the factory.
Finger Module
The modular finger actuator can be isolated, inspected, and swapped without replacing the complete hand assembly.
PCB Module
The control board module exposes power stages, sensor interfaces, and communication buses for fast diagnosis and replacement.
Companion App
MyDex
Tune grip profiles, check system health, and share diagnostics with your clinician—from a single, minimal interface.
Coming soon · app store links are placeholders