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SolidWorks Mold Design Training Course

SolidWorks Classroom Training
Price: $1,500.00
 
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The Mold Design course teaches you several manual mold creation techniques and how to use the Mold Tools in SolidWorks mechanical design automation software.

Course details and prerequisites:

Duration: 3 Days
Type: Instructor Led
Level: Basic to Intermediate

Prerequisites:

After the training you will be able to:
  • Create mold assemblies derived from your part designs
  • Automate the production of the mold to save you design time
  • Incorporate lifters, side cores and core pins in your mold design
  • Design Electrodes for your molds

Course Outline

Lesson 1: Core and Cavity

  • Core and Cavity Mold Design
  • SolidWorks Mold Tools
  • Problematic File Translations
  • Mold Analysis Tools
  • Analyzing Draft on a Model
  • Draft Analysis Colors
  • Adding Draft
  • Scale the Part to Allow for Shrinkage
  • Determine the Parting Lines
  • Manual Selection Of Parting Lines
  • Automation
  • Modeling the Parting Surfaces
  • Smoothing the Parting Surface
  • Surface Bodies
  • Interlocking the Mold Tooling
  • Creating the Mold Tooling

Lesson 2: Multiple Parting Directions

  • Multiple Parting Directions
  • Trapped Molding Areas
  • Side Cores
  • Lifters
  • Core Pins
  • Case Study: Electrode Design
  • Electrode Clearances
  • Keeping the Sharp Edges

Lesson 3: Importing and Repairing Geometry

  • Beyond the Basics
  • Importing Data
  • 3D Model Types
  • Geometry vs. Topology
  • What is a Solid?
  • Creating Solids from Surfaces
  • Decomposing a Solid into Surfaces
  • Surface Types
  • Terminology
  • File Translators
  • Modeling Systems
  • File Translation
  • Why Do Imports Fail?
  • Diagnosis and Repair
  • Checking Solid Bodies
  • Making Copies of Faces
  • Repairing Gaps
  • Repairing Faces

Lesson 4: Parting Lines and Shut-Off Surfaces

  • Parting Lines and Shut-Off Surfaces
  • Draft Analysis Options
  • Parting Line
  • Core and Cavity Surfaces
  • Shut-Off Surfaces
  • Parting Surface
  • Tooling Split
  • Seeing Inside the Mold
  • Undercut Analysis
  • Cores
  • Ejector Pins

Lesson 5: Repairs and Surfaces

  • Creating New Drafted Faces
  • Interlock Surfaces

Lesson 6: Using Surfaces

  • Surfaces in Mold Making
  • Creating Surface Bodies from Faces
  • Organizing Surfaces
  • Review
  • Manual Shut-off Surface
  • Side Cores
  • Partial Parting Lines

Lesson 7: Reusable Data

  • Reusing Data
  • Library Features
  • Smart Components
  • 3D ContentCentral
  • Design Library
  • Task Pane
  • Library Features
  • Smart Components

Lesson 8: Alternate Methods for Mold Design

  • Alternate Methods for Mold Design
  • Using Combine and Split
  • Creating a Cavity
  • Using Surfaces
  • Using the Up To Surface Method
  • Using the Split Method
  • Manually Creating Shut-off Surfaces

Lesson 9: Making a Complete Mold

  • Modeling Repairs
  • Mold Split Folders
  • Runners and Gates
  • Side Cores
  • Ejector Pins
  • Core Pins
  • Creating Individual Parts
  • Moldbase
  • Organizing the Assembly
  • Ejector Pins
  • Cooling the Mold
  • Making the Drawing
  • Making Changes
  • Completing the Process


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