eue Updates Drawing SaaS “Drawing Agent” with High-Precision 3D Modeling, Assembly, and CAE Analysis Features

eue Inc. announced a feature update for its drawing SaaS product “Drawing Agent.” The update aims to shorten workflows that previously depended on manual work, from drawing interpretation and decomposition to 3D modeling and structural analysis, improving design efficiency. The update focuses on complex products such as sneaker rubber outsoles, which combine curved surfaces and multiple materials. The system removes noise such as auxiliary lines, dimension lines, and annotations from design drawings, then understands the structure by material and part to generate high-precision 3D models. A new multi-part assembly feature has been added. It manages positional relationships between parts and automatically performs interference checks and consistency validation, helping reduce design rework. Drawing Agent also now includes a beta CAE structural analysis feature. It can automatically analyze where force is applied to a generated 3D model and which areas are likely to fail. AI estimates boundary conditions, loads, and material settings from the drawing, with an expected reduction of roughly 60% to 70% in preprocessing work. This allows designers to quickly assess strength risks before running full-scale analysis software. Drawing Agent is a drawing SaaS that automatically generates 3D models by uploading 2D drawing images. Even without CAD operation skills, designers can convert 2D drawings into 3D data within minutes. The product recently added a drawing cleanup feature using GPT-image-2 and introduced an AI agent mechanism that selects the necessary tools according to drawing characteristics. eue plans to expand the approach developed in this implementation, which decomposes structures by material and part, to support more drawing patterns and product categories. It will also enhance natural-language chat-based adjustment features, aiming for an environment where designers can upload drawings and obtain high-precision 3D models and structural analysis results.