Polycarbonate materials help bring robots to life
Robots are expected to become increasingly popular as the population continues to age and elderly people require more assistance in their daily lives. Covestro are playing an important role in bringing these unique artificial companions to market.
Aldebaran Robotics Inc. (France) needed a material for the outer shell of its programmable, 75cm-tall NAO® humanoid robot. The company required an environmental friendly flame-retardant material that also exhibited high impact resistance, dimensional stability and moldability.
Makrolon® polycarbonates and Bayblend® (PC+ABS; PC+ASA blend) resin from Covestro proved to be the optimal materials. The amorphous thermoplastic materials are noted for their outstanding impact strength, superior dimensional stability, excellent thermal resistance, and low-temperature toughness.
NAO®’s outer shell can withstand an extreme temperature range from -40 °C to +120 °C, while also exhibiting good weathering resistance, good thermal stability and easy processing. The materials, which offer improved moldability and scalability for enhanced design freedom, are available in a wide selection of colors for personalized aesthetics.
As a leading global, high-performance materials manufacturer, Covestro’s materials are also found on the exteriors of Myon® (from Humboldt University of Berlin), another humanoid robot and HAL® (from Cyberdyne, Inc.), a battery-operated robot.
The main properties of Makrolon® polycarbonate and Bayblend® (PC+ABS; PC+ASA blend) resin grades are:
- Easy processing
- Thermal stability
- Flame retardant
- Weathering resistance
- High impact resistance