Composites for Metrology
Dimensional stability for maximum measurement accuracy
Metrology demands absolute precision.
Even minimal deformation, thermal expansion, or vibration can impair measurement results. Carbon fiber composite structures are used wherever stable geometries and repeatable accuracy are crucial. Through load-path-optimized design and controlled manufacturing processes, we deliver reproducible composite solutions for demanding metrological environments.
Designed for Performance.
Proven in practice.
Support Structure for Scanners
Carbon composite support structure, developed for precision scanning applications. The structure maintains its dimensional stability during temperature and humidity fluctuations, enabling highly precise measurement results.
Precision Probes
Development and series production of high-precision carbon-fiber measuring probes used in both hand-held and automated measurement systems. These components combine lightweight design with high stiffness and excellent dimensional stability, ensuring precise handling, minimal thermal influence, and reliable, repeatable measurement results under dynamic operating conditions.
Wie die Faserorientierung die Leistung beeinflusst
Von prädiktiven Heatmaps bis zu Echtzeit-Dashboards: Warum moderne Unternehmen eine bessere Risikotransparenz benötigen.
Wie die Faserorientierung die Leistung beeinflusst
Von prädiktiven Heatmaps bis zu Echtzeit-Dashboards: Warum moderne Unternehmen eine bessere Risikotransparenz benötigen.
Wie die Faserorientierung die Leistung beeinflusst
Von prädiktiven Heatmaps bis zu Echtzeit-Dashboards: Warum moderne Unternehmen eine bessere Risikotransparenz benötigen.
