Composites for Aerospace
Lightweight structures for aviation and space applications
In aerospace, every gram counts and reliability is non-negotiable.
Carbon composites combine low weight, high stiffness, and structural stability. BIONTEC develops and manufactures high-performance composite components for aviation and space-related applications, engineered for demanding operational and environmental conditions.
Designed for Performance. Proven in Practice.
Cockpit Handle for Business Jet
Lightweight carbon composite pilot handle developed for a business jet. The component achieves significant weight savings compared to the metallic reference while meeting stringent safety and reliability requirements. Optimized fiber architecture ensures high stiffness and controlled, progressive failure behavior.
Structural Component for Aerospace Application
Lightweight carbon fiber composite component developed for highly loaded space application. The components are engineered to efficiently transfer mechanical loads while minimizing weight, contributing to improved aircraft performance.
Aircraft Seat Component
Development and series production of lightweight carbon composite components for aircraft seats. The large number of recurring parts makes cumulative weight reduction a decisive advantage. Automated manufacturing ensures consistent quality and cost-efficient production.
Satellite Support Structure
Lightweight satellite support structure developed for demanding space application. Engineered to combine high stiffness, low weight, and dimensional stability under challenging environmental conditions.
How fiber orientation shapes performance
From predictive heatmaps to real-time dashboards, why modern enterprises need stronger risk visibility.
How fiber orientation shapes performance
From predictive heatmaps to real-time dashboards, why modern enterprises need stronger risk visibility.
How fiber orientation shapes performance
From predictive heatmaps to real-time dashboards, why modern enterprises need stronger risk visibility.
