Updated by AI Architect. This page has been rewritten as an original workflow guide for AutoCAD 3D video tutorial. Instead of keeping a short imported feed note, the page now focuses on how a working CAD user can evaluate the idea, apply it inside a project, and decide whether it deserves a place in the drawing library.
Why this topic matters
AutoCAD 3D video tutorial is useful when it helps a drafter move from inspiration to a repeatable production step. For architects testing AI-assisted concept, documentation, and presentation workflows, the value is not only the name of a project or tool. The value is knowing what to copy into a real workflow: file organization, drawing standards, model cleanup, block naming, export settings, and the small decisions that keep a project readable months later.
Practical CAD workflow checklist
- Define the use case. Decide whether AutoCAD 3D video tutorial belongs in concept design, drafting, modeling, visualization, documentation, or file management.
- Check file quality. Prefer clean layers, simple block names, accurate units, and geometry that can be reused without heavy repair.
- Keep the drawing light. Remove duplicate objects, unused styles, proxy geometry, and oversized imported details before adding anything to a live project.
- Document the source logic. Record why the detail, tool, or precedent is useful so the next designer can understand the decision quickly.
- Connect it to a hub. Link the page to a relevant block library, software guide, tutorial, or download checklist so users have a next step.
Recommended way to use it
Treat this topic as a small production lesson. Start with one test file, rebuild the key geometry or workflow in your preferred CAD tool, and save the result as a clean reference. If the result improves speed, accuracy, or presentation quality, fold it into your standard project template. If it only creates visual noise, archive the reference and move on.
SEO and library note
This page targets AutoCAD 3D video tutorial AI architecture workflow and supports the broader AI architecture workflow and design automation hub. The original imported note was kept only as historical context; the current version is structured for search users who need practical CAD guidance, not a thin link repost.
Next step: Compare this workflow with the latest AI architecture guides and build a repeatable studio process.
Editorial refresh date: 2026-05-30. Original feed-era post date: 2011-01-31.
@1Mperios AutoCAD Inventor does exist. It’s a suite which includes both AutoCAD and Inventor.
Muito bom este vídeo, estava muito procurando como fazer um cilindro curvo!
Obrigado!
THANK YOU VERY MUCH! I was in the same case than paulwoody. It helped me so much!
@1Mperios Cool mate!!! Thanks for ur lesson!!!
@allen71
There is no AutoCAD Inventor, you mean Autodesk Inventor. Autodesk AutoCAD and Inventor are two different programs where Autodesk is the company that produced those products.
fantastic tutorial, i love you
Excelente ejemplo de como dibujar en 3D con sólidos. Para mi no hay nada mejor que utilizar sólidos en los diseños 3D ya que son más manejables (se pueden hacer cortes y secciones reales).
Además al utilizar sólidos, podemos llevar todo el dibujo en 3D a un dibujo real en 2D, visualmente “igual” que verlo en cualquier vista en 3D, y con el adicional de poder tener de forma automática la líneas ocultas en un layer separado, y así poder visualizarlas con linea de rayas (hidden).
Claudio F.
does this guy use autocad inventor.?
Can you do 3D in a+ cad the same way you do in autocad?
@paulwoody Great ! I’m so glad I could help you.
Fantastic tutorial – you have taught me so much in the space of 6 minutes!
I have a 2D background with little experience in 3D other than theory and you have given me the confidence to go away and produce my own 3D models.
Why don’t you try to learn CATIA, Inventor or some advanced modelling program ? Good luck to your new job, you own me a beer 😉
believe me.. you´ve done this..
tomorrou i´m going to start in a new job, where i,m going to modeling pipe in autocad.
I´ve never done this before cause no one use autocad to modeling pipe. Its not a inteligent software for pipe. But.. i get this challenge. Tks
Well done, I’m happy for helping you.
thanks a lot… i´ tried and it worked! i didnt know this command..
tks
Maybe the objects are not in the same plane. Try to use a 3D polyline.
friend.. could you help me?
i´m traying to create a elbow.. using the same comands you used.
but when i´m going to select the extrusion path to turn it into a polyline, the program said to me that the objets found was not according to UCS coordinates. so, i cant turn the lines and the fillet created into a polyline.
sorry for my english.. did you understand me?