Improve Plastic Part Moldability with Injection Molding Simulation - Autodesk Fusion 360

Explore injection molding simulation techniques to enhance plastic part moldability using Autodesk Fusion 360. Learn how to minimize mold tool rework, reduce part defects, and secure backup material options through a comprehensive demonstration of the Fusion 360 Simulation Extension. Discover how to simulate mold filling processes, utilize guided results with Design Advice, and leverage a database of over 10,000 material grades. Gain insights into identifying common issues such as sink marks, air entrapments, warpage, shrinkage, and weld lines. Follow along as the webinar covers topics including simulation environment setup, material selection, injection location placement, and result analysis. Dive into advanced features like multiple injection locations, guided results interpretation, and comparative views for optimizing plastic part designs. Enhance your understanding of injection molding processes and improve the manufacturability of your designs with this informative session.

Introduction
Agenda
About Me
Live Demo
Simulation Environment
Setup Summary Screen
Materials Database
Search Function
Materials
Study Type
Material Selection
Material Indicators
Injection Location
Aesthetic Faces
Tangent Chain
Visual Indicator
Process Specific Options
No Meshing
Cloud Credits
Uploading Results
CAD Models
Multiple Injection Locations
Completed Results
Calculation Limit
Guided Results
Phil
Move injection location
Visual defects
Rendered view
Surface defects
Warpage
Guided View
General Results
Fill Time
Injection Pressure
Flow Front Temperature
Weld Lines
Large Weld Lines
Sink Mark Depth
Warpage Deflection
Comparative View
Deflection
Stacking Models
Probes
Pressure
Cutting Plane
Live QA
Machine Information
Overview Page
Tolerances
Sink Marks
Engineering Judgement
Sink Mark
Accuracy
Mold Flow
Injection Molding Machine
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