Autoform Training And Video Tutorial Now
AutoForm is the sheet metal forming industry standard for simulating, designing, and optimizing stamping processes. For die designers, method planers, and tooling engineers, mastering this software is critical to reducing tryout times and preventing costly manufacturing defects.
Evaluates part feasibility and material utilization directly from the CAD geometry. autoform training and video tutorial
: Tutorials often demonstrate how to fix simulation errors. For example, a video might show how adding "drawing beads" can prevent material movement but may cause splits, leading the viewer through the adjustments needed to find a "good stretched area". Complex Process Visualization AutoForm is the sheet metal forming industry standard
Self-directed learning or corporate training should follow a structured, step-by-step curriculum to avoid bad habits. Level 1: Beginner (Feasibility and Part Geometry) Importing CAD geometry (IGES, STEP, Native formats). Defining material properties and blank thickness. Determining the optimal nesting and material utilization. Running basic drawability and thinning analyses. Level 2: Intermediate (Process Setup and Die Design) : Tutorials often demonstrate how to fix simulation errors
Search for videos explaining how to import custom material curves (such as high-strength steels or aluminum alloys) into the AutoForm material database. Specialized CAD/CAM Engineering Forums
To help tailor the perfect learning path or resource list for your specific engineering needs, let me know:
Lets see Slider Revolution in Action
All example sliders you find below are included with the download of the Slider Revolution 5.0 Plugin.
Oh, and it also comes with all assets like images and videos. Browse the Examples Folder through to find your favorite Example. Duplicate it and just start to build your own Slider based on our examples!
Customization is a Breeze!
AutoForm is the sheet metal forming industry standard for simulating, designing, and optimizing stamping processes. For die designers, method planers, and tooling engineers, mastering this software is critical to reducing tryout times and preventing costly manufacturing defects.
Evaluates part feasibility and material utilization directly from the CAD geometry.
: Tutorials often demonstrate how to fix simulation errors. For example, a video might show how adding "drawing beads" can prevent material movement but may cause splits, leading the viewer through the adjustments needed to find a "good stretched area". Complex Process Visualization
Self-directed learning or corporate training should follow a structured, step-by-step curriculum to avoid bad habits. Level 1: Beginner (Feasibility and Part Geometry) Importing CAD geometry (IGES, STEP, Native formats). Defining material properties and blank thickness. Determining the optimal nesting and material utilization. Running basic drawability and thinning analyses. Level 2: Intermediate (Process Setup and Die Design)
Search for videos explaining how to import custom material curves (such as high-strength steels or aluminum alloys) into the AutoForm material database. Specialized CAD/CAM Engineering Forums
To help tailor the perfect learning path or resource list for your specific engineering needs, let me know:
