Applications

Discover the innovation of full-component fiber mapping in injection-molded Carbon Fiber Reinforced Polymer (CFRP) hand prosthetics, made possible exclusively with FiberScanner3D – advanced 3D fiber mapping technology. This 150mm tall prosthetic showcases unparalleled capabilities to access carbon fiber orientation on a component scale, ensuring optimal performance.

Maximize the performance and consistency of injection-molded CFRP components through intelligent process optimization using FiberScanner3D. By analyzing fiber orientation, flow patterns, and potential areas of stress concentration, manufacturers can fine-tune mold design, injection parameters, and cooling cycles. This data-driven approach cuts waste, speeds development, and improves part performance with consistent precision.

Ensure the integrity of injection-molded composites with cutting-edge weld inspection powered by FiberScanner3D. This technology provides a detailed analysis of fiber orientation, degree of anisotropy, and fiber volume fraction, enhancing quality control and reliability in composite manufacturing.

Unlock non-destructive, high-resolution insight into fiber architecture with FiberScanner3D. This advanced imaging technology leverages lab-based X-ray scattering and dark-field tensor tomography to reveal 3D fiber orientation in composite materials without cutting or sectioning. Ideal for research, quality control, and process development, it offers unmatched access to internal fiber structures, driving better decisions in design and manufacturing.