With roots in composite manufacturing dating back to 1967, Compblades brings together practical experience in prototype blade production and research-led engineering. Our expertise supports tailored solutions for blade damage assessment, repair and reconstruction, both on site and at our workshop.
- Wind turbine blade inspection and damage assessment
- Blade repair, restoration and reconstruction
- Structural design and reverse engineering
- Prototype blade, mold and composite component manufacturing
Comprehensive blade inspections to identify defects, assess structural condition and plan the appropriate maintenance or repair strategy.
Tailored repairs on site and at our workshop, using composite materials and controlled procedures to restore blade structural integrity.
Blade structural design, reverse engineering and material characterization, supported by numerical analysis and experimental testing.
RESEARCH & DEVELOPMENT
Through national and European research projects, Compblades has contributed to the development of wind turbine blades up to 30 metres long. Our activities include composite manufacturing, structural design, full-scale testing and innovative solutions for blade performance and reliability.
To preserve the structural integrity and extend the operational life of wind turbine blades through reliable inspection, tailored repairs and research-led engineering.
1 Identify defects and evaluate blade condition.
2 Apply repair solutions suited to each blade and damage case.
2 Support long-term reliability and reduce turbine downtime.
Our capabilities combine practical experience in composite manufacturing with structural engineering and applied research.