Mold Tooling Design

Getting Started

Entering the Mold Design Workbench

Retrieving Part

Defining the Mold Base

Splitting the Core and the Cavity

Inserting Components

Positioning Ejector Pins on a Mold Base

Creating a Gate

Creating a Runner

Creating a Coolant Channel

Preparing the Part to Mold

Creating a User-defined Mold Base

Creating a Mold Base

Creating a Standard Mold Base

Replacing a Plate in a Mold

Adding an Insert

Standard Mold Components

Component and their Parameters

Adding Components

Contextual Menu of Components

User Component Requirements

Positioning a Slider

Adapting the Geometrical Parameters of a Component

Replacing a Reference

Isolating a Component

Splitting Components

Synchronizing Split Components

Adding or Removing Material around a Component

Injection features

Modifying the Geometry of Components

Creating Runners

Creating Coolant Channels

Analyzing Holes in Plates

Drilling Components

Creating Distributed Drill Component

Catalogs Updates

Adding your Catalog

Linking your Catalog to Another

Using your Catalog

Generating the Bill Of Material

Analyzing a Tooling Structure

Splitting Untrimmed Ejectors

Viewing Tooling Elements

Displaying Technological Results

Creating a Drilling Hole Table

Using other Workbenches

Mold Kinematics

Checking Clash and Clearance

Tool to Drawing

Using Prismatic Machining Functionalities

Using Surface Machining Functionalities

Mold Tooling Design Workbench Description

Specification Tree

Administration Tasks

Customizing Icons

Reference Information

Tooling Concepts

Replacing a Component

Split with Surface Reduction

Component Manipulation Restrictions

Generating Final Holes and Pads

Technological Results

SmarTeam: Managing Editability of Impacts

Inserting a Loose Core

Using Assembled Components

Resolving Tooling Catalogs of Standards Components