Robotic system
Machine Architecture
A complete robotic system integrating precision arm, smart needle, safety sensors, ink delivery, vision, and real-time control electronics.
System Control Diagram
Advanced materials
Inks & Materials
Biocompatible conductive inks and thin functional layers for creating electronic circuits directly on skin.
Self-powered tattoo
Energy Recovery
GoldSkin combines organic photovoltaics, triboelectric harvesting, and tantalum capacitors to support low-power sensing and communication.
Wearable companion
Augmented Bracelet Interface
A smart bracelet-watch serves as external battery, control center, and visualization interface for GoldSkin bioelectronic tattoos.
External power and biometric control
The bracelet communicates with wrist tattoos through gold contact pads, powers high-consumption functions such as EMS and long-range NFC, and displays biometric data through a flexible AMOLED interface.
200 mAhLiPo battery
BLE 5.3Wireless
IP67Waterproof
<10 msControl latency
Applications
Use Cases
The GoldSkin machine adapts to defense, medical rehabilitation, sports performance, and wellness through robotic precision and biocompatible inks.
R&D horizon
Future Possibilities
Beyond current use cases, bioelectronic tattoos could become body-area networks, haptic interfaces, prosthesis controllers, and long-term physiological monitoring systems.
SawStop inspired
Needle & System Safety
Triple-layer safety combines anomaly detection, instant physical stop, and independent supervision inspired by surgical robotics.