Plastic has unique properties not shared by other materials, and injection molding has a number of constraints that must be accommodated in the design process. These constraints are different from other manufacturing techniques like 3D printing and subtractive manufacturing. As a result, if you're designing something that will eventually be created in plastic, considering the complexities of manufacturing in your design process is critical. You'll need to learn how to do things a bit differently than you would for other materials and processes. In this course, learn how to design for injection molding even when using additive manufacturing to create a prototype in plastic using Fusion 360. Instructor Thom Tremblay explains how to create a form, complete and visualize your design, set it up for 3D printing, all while designing a ready-to-manufacture part.

Zieg Heil

Linkedin.Learning.Fusion.360.Designing.for.Plastics-ZH

Title: Fusion 360: Designing for Plastics
Publisher: Linkedin.Learning
Size: 201M (209934168 B)
Files: 5F
Date: 05/05/2020
Course #: Linkedin.Learning
Type: N/A
Published: May 5, 2020
Modified: N/A
URL: www.linkedin.com/learning/fusion-360-designing-for-plastics-2
Author: Thom Tremblay
Duration: N/A
Skill: N/A
Exer/Code:

Installation:
Unpack that shit, run that shit

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