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SolidWorks For Mold Designer
The SolidWorks for Mold Design course is designed to teach participants how to use SolidWorks Mold Tools and manual mold creation techniques. The course covers surface modeling, core and cavity design, and advanced parting line creation. Participants will learn to generate tooling for parts, troubleshoot draft and undercut issues, and create complete mold assemblies, enhancing their proficiency in mold design
Course overview
The SolidWorks for Mold Design Course equips participants with essential skills for efficient mold creation using SolidWorks. It covers the use of Mold Tools, surface modeling techniques, core and cavity design, and advanced parting line creation. Participants will learn to generate tooling for parts, troubleshoot common issues like draft and undercuts, and create complete mold assemblies. This course aims to enhance proficiency in mold design, enabling the production of high-quality molds efficiently.
Course Outline:
SolidWorks Mold Tools
Core and Cavity
Side Cores and Pins
Advanced Parting Line Options
Creating Custom Surfaces for Mold Design
Advanced Surfacing for Mold Design
Alternative Methods for Mold Design
Reusable Data
Completing the Mold Base
SolidWorks Plastic Simulation
Introduction to the injection process Filling
Cooling Analysis
Wrap Analysis Runner Balancing
Multi Cavity Mold OverMolding
Outcomes
The SolidWorks for Mold Design Course equips participants with essential skills for efficient mold creation using SolidWorks. It covers the use of Mold Tools, surface modeling techniques, core and cavity design, and advanced parting line creation. Participants will learn to generate tooling for parts, troubleshoot common issues like draft and undercuts, and create complete mold assemblies. This course aims to enhance proficiency in mold design, enabling the production of high-quality molds efficiently. By the end of the course, participants will have comprehensive skills in SolidWorks, practical experience with CADCAMCAE software, and industry-relevant training, making them well-prepared for real-world applications.