[New Solution] AutoFrom White Body Assembly

An article contributed by our company has been published in the March issue of the Nikkan Kogyo Shimbun's "Press Technology." Please take a look. 【Feature】Basic Knowledge of Work Materials Necessary for Press Forming Simulation ■AutoForm Press & Assembly Solutions That Deliver Real Results 【Summary】 The recent acceleration of DX trends and the review of product development and production processes in response to CASE and SDGs in the automotive industry are accelerating, leading to greater expectations for productivity considerations through digital means than ever before. At AutoForm, we have been developing solutions in line with the Insatorial 4.0 framework, offering not only press forming simulations such as digital process twins and robust engineering models (REM) but also a comprehensive solution that spans from the body design phase to the production of the white body. Here, we will explain the important factors in the digital examination of press parts and assembly at AutoForm and provide an overview of specific operational methods.

An article contributed by our company has been published in the December issue of the Nikkan Kogyo Shimbun's "Mold Technology." Please take a look. [Special Feature] Proceedings of the Mold Technology Workshop in Hiroshima [Lecture Title] ■ Press Forming Simulation Technology Used in Digital Manufacturing Workshops [Lecture Summary] The Hiroshima Economic Federation's Manufacturing Committee and the Hiroshima Digital Innovation Center are jointly planning and operating a digital manufacturing workshop aimed at improving local technological capabilities. From the results reported in the digital manufacturing workshop, we will introduce the robust analysis function used to analyze the causes of sudden breakage during mass production, the combination of shape modification functions and statistical methods used to examine springback suppression shapes, and methods that improved the consistency with actual materials, such as springback and material flow.