Full Updated | Autoform Training And Video Tutorial
Are you focusing on a , like automotive or aerospace?
Video tutorials are excellent for visual learners who need step-by-step software walkthroughs. They bridge the gap between theoretical training and daily engineering tasks. Types of Video Resources
Every AutoForm installation includes a tutorials directory with pre-built CAD models and step-by-step PDF/video documentation. Complete these built-in exercises first.
I can provide a custom step-by-step checklist tailored to your engineering goals. Share public link autoform training and video tutorial full
Focus on UI navigation, basic blank development, and simple single-stage draw simulations. Learn how to interpret basic FLD plots. Phase 2: Multi-Stage Progression (Hours 11–25)
Advanced tutorials explain how to use drawbeads to increase forming force and adjust blank sizes to balance material cost with stretching requirements. 3. Where to Find Full Video Libraries Quick Forming Check - AutoForm Engineering
To effectively utilize AutoForm tutorials, you must first understand the standard methodology used across the automotive and progressive die industries. Every full simulation follows a strict sequence: Geometry Import and Preparation Import 3D CAD data (IGES, STEP, or native CATIA/NX files). Are you focusing on a , like automotive or aerospace
Increase local blankholder force to hold the material tightly. You can also add drawbeads to create constructive material tension. Minimizing Excessive Springback
"This is the one. The Holy Grail. Complete video series from the original German dev team. Includes all project files. Use VLC to play."
Define the tip direction (draw angle) to eliminate deep undercuts. Step 2: Material and Blank Definition Share public link Focus on UI navigation, basic
: A 2-week self-directed course covering parametric tool development ( AutoForm-DieDesigner ), blank definition, and simulation using AutoForm-FormingSolver .
Learn to prepare the CAD for simulation, including creating the blank, binder surface, and addendum. Step 2: Setting Simulation Parameters Define Material: Input material thickness and properties. Setup Tools: Configure binder, punch, and die.
