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Course contents:

- overview

- nx configuration with c/c++/c#

- introduction

- internal & external programs

- about nx open

- nx open object model

- journaling

- turning journals into applications

- open c programming
> open api compiling and linking
> user interaction
> assemblies
> expressions
> modeling
> dimensioning
> drawings
> external open api

- sample programs

- sample application development
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NX Sheet Metal Design
Following are the detailed course contents for NX Sheet Metal Design Course (Course Code MT16020_s):

Course Overview
Typical NX Sheet Metal Workflow
Preferences and Defaults
NX Sheet Metal Base Features
Tab Activity
Create and Edit Contour Flange
Contour Flange-2 Activities
Lofted Flange
Lofted Flange-2 Activities
Flange
Flange-3 Activities
Bend Taper
Hem Flange
Convert to Sheet Metal and Flat Solid -1 Activity
Sheet Metal from Solid
Bend Region Control
Flat Solid
Flat Pattern
Bending Sheet Metal
Bend Region
Sheet Metal Corners
Edge Rip
Jog
Sheet Metal Cut-outs
Dimple
Drawn Cutout
Louver
Solid Punch
Bead
Starting NX with Teamcenter Integration for NX (for Teamcenter Users only)
Aerospace Sheet Metal (on Special Requirement only)

We have started a new training batch on NX 8 on Fixed and Multi Axis Techniques Course. Following are the course contents:

* Introduction
* Principles of multi-axis machining
* Important considerations
* Plunge Milling
* Z-Level Milling, Steep Angle, Gap Machining
* High Speed Machining, Mixed cut directions, Trochoidal cut pattern
* Fixed axis countour milling, Text drive methods, various drive methods,
* IPW and blank sensitive finishing cutting parameters
* 4-Axis Machining, main and local MCS concepts
* 5-Axis Machining
* 5-Axis Z-level Machining, variable axis Z-level machining, multi axis tilt options
* Optimized cut levels
* Multi-axis Sequential Mill Concepts, options, sub-operations, parameters etc,
* Check surfaces
* Sequential Mill Advanced, tool axis control, 3 Axis, 4 axis and 5 axis Dialog Box Method Options
* Comparison of variable contour and 5 Axis sequential mill tool axis control
* Standard and Nested Loops
* Variable Axis Contour Milling
* Project Vectors, interpolate and vector concepts
* Interpolated tool axis
* Comparing Variable contour and Sequential Milling
* Profiling Walls with Variable Tool Axis
* Auxiliary Floor and Automatic Auxiliary Floor
* Turbomachinery Milling
* Multi-blade geometry and milling
* Multi-blade hub finish machining
* Multi-blade Blend finish machining
* Non Cutting Moves
* WAVE Geometry Linking in Machining
* Refixturing and the use of IPW
* Hole Milling Operations
* Thread Milling Operations
* Generic Motion and Probing Operations
* Activities and Review