Space
Precision and innovation for space missions
We support the space industry with advanced technologies designed to meet extreme requirements for precision, lightweight structures, and reliability. Our composite solutions enable the production of high-performance, lightweight components while reducing lead times compared to traditional processes.
Every phase is supported by integrated systems for traceability, simulation, and quality control.
Every phase is supported by integrated systems for traceability, simulation, and quality control.
OUR SOLUTIONS
Automation and innovation for the new era of space
We design AFP and ATL systems for the automated layup of cylindrical and flat components, utilizing real-time inspection systems powered by proprietary software like ACSIS.
When required, we develop custom machines to adapt to any orbital configuration, ensuring maximum design and production flexibility.
When required, we develop custom machines to adapt to any orbital configuration, ensuring maximum design and production flexibility.
Our key applications
To meet the demands of today’s most advanced space missions, we design and manufacture the machinery that enables the production of critical flight and structural components. Our equipment is engineered to handle complex geometries and high-performance materials with extreme precision, supporting a wide range of mission-critical applications:Primary structures: load-bearing composite or metallic components forming the spacecraft frame
Payload: support structures designed to secure and protect essential onboard systems
Cryogenic tanks and gas systems: insulated containers produced using advanced technologies
Fairings: high-performance composite shells engineered to withstand aerodynamic stress
Sandwich components: multi-layer structural panels that minimize weight while maximizing strength
Tailored technologies for space
We support your space programs with customized solutions for manufacturing lightweight, high-strength and reliable structures.
