Moldex3D, a leading molding simulation software in the industry, and Xnovo Technology, a company focused on advanced X-ray imaging solutions, have partnered to provide an enhanced calibration for fiber parameters based on scan experiments. This collaboration empowers users to conduct accurate simulations, resulting in a more precise model of fiber orientation.
Ethan Chiu, research and development director at CoreTech System, the mother company of Moldex3D, highlights the importance of incorporating real-life data to improve simulation accuracy. With the growing trend towards implementing digital twin concepts in design and manufacturing, it is crucial to have accurate simulations that can account for various factors that affect fiber-reinforced components.
Xnovo Technology CEO, Erik Lauridsen, is proud to support Moldex3D users with their advanced X-ray imaging solutions. By leveraging their expertise in 3D imaging and analysis, Xnovo Technology can provide 3D fiber orientation characterization with exceptional time-to-result and quality. This collaboration enables users to simulate 3D fiber orientation using calibrated fiber parameters, which are critical for determining anisotropic mechanical strength and managing molding shrinkage in fiber-reinforced components.
By integrating Xnovo’s 3D fiber orientation characterization capabilities with Moldex3D’s simulations, users can achieve greater accuracy in their analyses. The use of Moldex3D Studio API automates computing iterations between digital and physical data on a large scale. This streamlines the process of computing iterations between digital and physical data, offering users a more efficient and accurate simulation experience.
Interested parties can contact the companies at [email protected] or [email protected] for more information about this cutting-edge solution that enhances precision in simulations by calibrating fiber parameters based on scan experiments.
