Technology That Moves
ReAble Labs combines advanced materials, precise engineering, and intelligent control systems to create prosthetics that move naturally and reliably.
Micromotor-Driven Actuation
Our prosthetic hand uses precise micromotor-driven actuation for natural, responsive finger movement. Advanced electronics control each motor for lifelike motion and adaptable grip control.
Precise control: Individual micromotor actuation for each finger
Responsive grip: Adaptive force control for diverse tasks
Efficient power: Optimized torque transfer with minimal energy loss
Modular design: Simple electronics replacement without full disassembly
Why 3D Printing?
Additive manufacturing allows us to create lightweight, custom-fit prosthetics that adapt to individual users - all while maintaining strength and reliability.
Weight reduction: Internal lattice structures cut mass without sacrificing strength
Personalization: Every hand can be shaped to fit unique anatomy
Repairability: Damaged parts can be reprinted or replaced quickly
Rapid improvement: Design updates reach users faster through local production
Rapid prototyping of structural prosthetic components.
Signal & Control
Designed for flexibility - adaptable to various sensor and control architectures.
Control Interface
Compatible with micro-motor actuation, PWM control, and future myoelectric sensing.
Safety & Reliability
Built-in torque and movement limits designed to protect hardware and user comfort.
Expansion Ready
Modular electronics designed for firmware upgrades and new input methods.
Technical Overview
The full technical overview is currently in preparation. Specifications will be released as engineering validation progresses.
Prototype system. Specifications subject to change.
Disclaimer: ReAble's prosthetic systems are engineering prototypes not yet approved for clinical or commercial use.