: Streamlines the process of bringing in data from various third-party CAD systems. 🏗️ Administrative & Technical Notes Minimum system requirements - AVEVA™ Documentation
By utilizing laser scanning data and integrated modeling capabilities, AVEVA E3D 3.1.6 ensures that new designs are accurately positioned within existing environments. Key Enhancements in the AVEVA E3D 3.1.x Series
The standout feature of AVEVA E3D 3.1.6 is the introduction of welds and comprehensive weld management to the Structures application. Prior to this release, detailed weld information was often managed separately. With version 3.1.6, users can now create STWELD elements on structural plates and joints. This allows for the definition of the weld path and the storage of detailed weld information directly within the 3D model. aveva e3d 3.1.6
: Dual monitors or a single ultra-wide screen (1920x1200 minimum) are highly recommended for the intensive UI. Operating System
. By improving the IFC (Industry Foundation Classes) export/import and building better bridges to AVEVA Asset Information Management : Streamlines the process of bringing in data
Welds created in the model can be leveraged within the Draw module to generate accurate on engineering drawings, ensuring that fabrication teams receive precise, ready-to-use information directly from the 3D model.
Version 3.1.6 introduces text support for and a dedicated Stacked Fractions Mode for Imperial Units . This feature is particularly valuable for engineering teams working on projects in regions that still rely on fractional imperial measurements. It ensures that dimensions and annotations in your drawings are both accurate and clearly presented. Prior to this release, detailed weld information was
Early versions of E3D struggled with intuitive editing. Version 3.1.6 strengthened the "Direct 3D Gripping" feature. Designers can now click, drag, and rotate equipment nozzles or structural plates without navigating cumbersome property dialogs. This "CAD-like" feel bridges the gap between E3D and mainstream mechanical CAD.
The installation process involves several key steps:
For marine applications, E3D enables the creation of complete, production-oriented 3D models of vessels. Its capabilities cover both hull design and the detailed outfitting of onboard systems.
The combination of concurrent global engineering capabilities and automated drawing generation compresses project timelines. EPCs can bid more competitively and deliver projects faster, maximizing their profitability. 5. Deployment and Cloud Readiness