Composites for Robotics & Exoskeletons
Lightweight structures for autonomous robots and exoskeletons
Autonomous robots and wearable robotic systems place high demands on structural components.
Weight, stiffness, and functional integration directly impact mobility, energy efficiency, and user interaction. BIONTEC develops and manufactures composite components for autonomous robotic platforms and exoskeleton systems, engineered for high performance and scalable production.

Why Composites Matter in Robotics
Reducing structural weight directly improves mobility and payload capacity. Carbon fiber composite components offer high specific stiffness and strength, enabling lightweight, load-bearing structural elements without compromising mechanical performance.
Autonomous robots rely on stable mechanical platforms for navigation, sensing, and control. Carbon composites offer high stiffness and low thermal expansion, ensuring consistent geometry and reliable sensor alignment under varying environmental conditions.
Our composite manufacturing allows for the integration of structural and functional elements into a single component. Load-bearing structures can integrate mounting interfaces, cable routing, sensor housings, and protective functions, thereby reducing the number of parts and system complexity.
Exoskeleton systems require structures that are both lightweight and robust, while also interacting directly with the human body. Carbon composites support ergonomic designs with high strength-to-weight ratios, enabling comfortable, efficient, and responsive wearable robotic systems.
BIONTEC supports robotic systems from early prototypes to series and large-scale production. The use of production-ready composite processes from the outset enables a smooth transition from development to series production.
Autonomous robots and exoskeletons interact directly with humans. Carbon composite structures enable smooth geometries and controlled structural behavior, supporting safe operation and reliable interaction in collaborative and wearable robotic systems.

Harzsysteme und ihre gezielte Auswahl


BIONTEC implements production-ready composite technologies from the earliest development stages. This enables seamless scaling from prototypes to large-scale production with consistent quality and predictable performance.
Yes. Composite structures can be designed for ergonomic geometries, controlled structural behavior, and reliable load transfer. This makes them ideal for wearable robotic systems that interact directly with the human body.
Robotics projects often evolve rapidly. BIONTEC's load-path-based design approach and automated manufacturing processes enable structural adjustments without fundamentally altering the production concept, which supports iterative development with controlled risk.

