The BricsCAD LISP API for Sheet Metal allows you to write very powerful scripts which can save you a lot of manual processing work and increase your productivity. In this video we demonstrate a customizable lisp script to automatically unfold all sheet metal parts. The .step file of the sheet metal part was first imported using the BricsCAD Communicator module. The model contained numerous sheet metal parts of a different thickness. Other programs would …
Bricsys Releases .dwg-based Sheet Metal Designer
Bricsys is pleased to announce that together with its flagship design software BricsCAD V16, its new sheet metal designer module is being released today. As of BricsCAD V16, the sheet metal functions become an optional module. NOVEMBER 03, 2015 – Bricsys is pleased to announce that together with its flagship design software BricsCAD V16, its new sheet metal module is being released today. The innovative CAD system that powers 3D sheet …
CADREBEL announces BricsCAD V16
BricsCAD V16 powers advanced 2D drafting, 3D modeling, sheet metal design, and BIM architecture — all on the world standard .dwg file format. Available today on Windows, soon on Mac and Linux. San Clemente, CA – October 26, 2015 — CADREBEL – tensei llc is pleased to announce the availability of BricsCAD V16. The innovative CAD system powers 2D drafting, 3D modeling, sheet metal design, and BIM architecture — all on …
A New Approach to Sheet Metal Design is Unfolding
Direct Modeling Approach provides 10x Time Savings in Model Optimization and Flattening by Serge Jonnaert & Emmanuel Vendeville From initial concept to manufactured product, sheet metal design is still very much a two phase process. Designers and engineers conceptualize a product in 3D CAD software, taking a mostly mechanical design approach, with or without the use of embedded sheet metal functionality that provides a minimal amount of insight into whether …
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