Composites for
Other Sectors
From idea to composite component
Do you have an idea for a specific product but are unsure how to implement it?
Or are you exploring whether composite components are the right solution for your application? The range of applications for composite materials is often broader than expected. BIONTEC offers personal and non-binding support for feasibility studies and product development, from initial concept to series-ready composite components.
Engineered for Performance. Proven in Practice.
Bicycle Crank
Full carbon bicycle crank with foam core, engineered for maximum stiffness and efficient power transfer. The fiber architecture is aligned with primary load paths, resulting in high performance with minimal weight and excellent durability under cyclic loading.
Full Carbon Brake Lever
Lightweight brake lever with optimized fiber orientation ensures precise power transmission and reliable performance, while the integrated design reduces the number of components and the overall system weight.
Carbon Clamp for Brake Levers
Ultralight carbon clamp for brake levers. Weighing only 1.7 grams, it offers exceptional strength and stiffness, ensuring secure attachment and reliable performance under demanding conditions.
CFRP Rotor Blade for Racing Yachts
Carbon composite rotor blade for wind generators on racing yachts. The structure combines low mass with high stiffness, enabling high rotational speeds and reliable performance in demanding marine environments.
Fork Crown and Steerer Tube for Suspension Fork
Full carbon fork crown and steerer, developed for a high-performance MTB suspension fork. The optimized composite design combines high stiffness with low weight and features a fail-safe structure with very progressive failure behavior.
Intermediate Shaft for Automotive Applications
Lightweight carbon intermediate shaft with integral design, optimized stiffness, low weight, and ideal hole reinforcement.
Carbon Fiber Window Corner for Rail Applications
Lightweight carbon fiber composite component, developed for train window systems. The component combines structural performance with reduced weight and enables efficient integration into modern rail vehicle structures.
Wing Support for a Sports Car
Carbon fiber wing support developed as a high-performance alternative to an aluminum component for a sports car. The component uses a load path-optimized fiber architecture to combine structural performance with reduced weight.
Wie die Faserausrichtung die Leistung beeinflusst
Von prädiktiven Heatmaps bis zu Echtzeit-Dashboards: Warum moderne Unternehmen eine bessere Risikotransparenz benötigen.
Wie die Faserausrichtung die Leistung beeinflusst
Von prädiktiven Heatmaps bis zu Echtzeit-Dashboards: Warum moderne Unternehmen eine bessere Risikotransparenz benötigen.
Wie die Faserausrichtung die Leistung beeinflusst
Von prädiktiven Heatmaps bis zu Echtzeit-Dashboards: Warum moderne Unternehmen eine bessere Risikotransparenz benötigen.
Wie die Faserausrichtung die Leistung beeinflusst
Von prädiktiven Heatmaps bis zu Echtzeit-Dashboards: Warum moderne Unternehmen eine bessere Risikotransparenz benötigen.
