CATIA V5-Week F - NCI-3-Axis, Surface & Adv. Part Machining (5 days)

By the end of this course you will be able to create a Manufacturing Program, simulate it and generate outputs

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CATIA V5 - Week F - NCI-3-Axis, Surface & Adv. Part Machining (5 days)

Duration

5 Days

Objective

Numerical Control Infrastructure (NCI)
By the end of this course you will be able to create a Manufacturing Program, simulate it and generate outputs. You will be able to perform the following NC Manufacturing Infrastructure functions:
Generate NC data using an integrated Post Processor
Manage Tools and Tool Catalogs
Define and Verify the Tool Path
Create Shop-floor Documentation
Manage Design Changes
Import V4 Data


3-Axis Surface Machining (SMG) - In this course, you will see how to define and manage NC programs dedicated to machining parts designed with Surface or Solid geometry using 3-Axis machining techniques.

Multi-Axis Surface Machining (MMG) - In this course, you will learn how to define and manage NC programs to machine Surface or Solid geometry using 5-Axis machining techniques.

Advanced Part Machining (AMG)
Identify and use the Advance Part Machining workbench tools
Define a Multi-Axis Flank Contouring operation
Define a Multi-Axis Helix Machining operation
Define a Cavities Roughing operation

Profile

Manufacturing Users (NC Programmers)

Pre-requisites

CATIA V5 Fundamentals

Content


Numerical Control Infrastructure (NCI) - COMMON TOPICS


Lesson 1 : Workbench Presentation
Lesson 2 : Define Setup (Part Operation)
Lesson 3 : Machining Operation, Macros, Tools Presentation
Lesson 4 : Tool Path Verification & Simulation
lesson 5 : Auto sequence
lesson 6 : Auxiliary Operations
lesson 7 : Output generation
lesson 8 : Axial Operations
lesson 9 : Hole selection - Machining Pattern Management
lesson 10 : The different Process Views
Lesson 11 : Geometry wizard (edge, surface)

Numerical Control Infrastructure (NCI) - ADVANCED TOPICS

Lesson 12 : Import & Modify Tool Path
Lesson 13 : Resource Management
Lesson 14 : PP Word Table customization
Lesson 15 : V4 NCMill & NCLathe Set Import (optional)
Lesson 16 : Design Change Management
Lesson 17 : Machining Processes

3-Axis Surface Machining (SMG)

Introduction to the 3-Axis Surface Machining
Accessing the Workbench
Workbench the user interface
Process/Product/Resources model
Manufacturing terminology
General process
Creating geometrical elements
Creates rough stock
Inserts an STL file
Creates a stock by offset
Points creation wizard
Limit lines projection wizard
Limit lines creation wizard
Creating a Machining Feature
Geometrical Zone Creation
Machining/Slope Area Creation
Rework Area Creation
Offset group Creation
Creating a 3-Axis Surface Machining Operation
3-Axis Machining Operations
Sweep Roughing Operation
Roughing Operation
Sweeping Operation
Pencil Operation
Zlevel Operation
Contour-driven Operation
Isoparametric machining Operation
Spiral milling Operation Profile Contouring Operation
Analyzing and modifying tool path
Multi-Axis Surface Machining (MMG)
Multi-Axis Sweeping Operation
Multi-Axis Contour Driven Operation
Multi-Axis Curve Machining Operation
Multi-Axis Isoparametric Machining Operation
Multi-Axis Drilling Operation
Multi Pocket Machining (MPG)
Power machining operation presentation
Geometry tab
Strategy tab
Offsets management
Advanced Part Machining (AMG)
Multi Axis Flank Contouring operation presentation
Multi Axis Helix machining operation presentation
Cavities Roughing operation presentation