Sheet Metal forming

In the latest research update, the focus shifts to predicting off-center loading in sheet metal forming operations, particularly in transfer die forming. This critical aspect of manufacturing operations can significantly impact press performance and part quality, making it essential for informed decision-making. Transfer die forming, characterized by the transfer of a blank to multiple individual… Continue reading Dynamic Die Supply: Advancing Off-Center Loading Prediction in Sheet Metal Forming

In a groundbreaking study published in ScienceDirect, delves into the realm of advanced friction modeling for sheet metal forming processes. Titled “Numerical Study of Advanced Friction Modeling for Sheet Metal Forming: Influence of the Die Local Roughness,” this research investigates the critical role of friction behavior in accurately predicting sheet metal forming outcomes. Over recent… Continue reading Dynamic Die Supply: Advanced Friction Modelling for Sheet Metal Forming

As explored in “Engineering Angle: Draw Bead Restraining Forces in Sheet Metal Drawing Operations” by The Fabricator, advancements in automotive manufacturing have led to increased usage of aluminum alloys and high-strength steels. While these materials offer superior structural performance and reduced weight, they present challenges due to their constrained formability compared to mild steels. When… Continue reading Dynamic Die Supply: Understanding Draw Bead Forces in Sheet Metal Drawing

In the insightful article “Measuring and managing variables for sheet metal forming success” on The Fabricator, the key to successful and efficient sheet metal component formation lies in managing a multitude of variables. These variables encompass the properties and conditions of materials, equipment, and processes. Effective management can result in high-quality components, minimized resource expenses,… Continue reading Dynamic Die: Precision in Every Detail – A Strategy for Sheet Metal Forming Excellence