Siemens NX CAM & Post & Mold + NX 2027 CAM Interface (عربي)

Course Curriculum

Chapter 1: Introduction

Lecture 1: Course Introduction

Lecture 2: Introduction to the concept of CNC G-Code (Prerequisites for NX CAM)

Lecture 3: NX CAM & Post Builder Overview

Chapter 2: Milling 3 Axis Operations (Roughing & Finishing)

Lecture 1: CAM General Steps (3 Axis Roughing Operation)

Lecture 2: CAM General Steps (3 Axis Finishing Operation)

Lecture 3: 3 Axis Rough Operations (Plunge Milling)

Lecture 4: 3Axis Planar operation and Planar with IBW

Lecture 5: 3Axis Planar Milling operations & Planar Profile

Lecture 6: 3Axis Face Milling operation and Face Milling Manual

Lecture 7: 3Axis Finish Operations (Z Level Profile)

Lecture 8: 3Axis Finish Operations (Other operations)

Lecture 9: 3Axis Rough & Finish Corner Operations

Chapter 3: Milling Multi Axis Operations & Machine Simulation

Lecture 1: Multi Axis Finish Operations (Streamline Operation)

Lecture 2: Multi Axis Finish Operations (Tool Axis Control)

Lecture 3: Multi Axis Finish Operations (4 axis Tool Axis Control)

Lecture 4: Multi Axis Finish Operations (Z Level 5 Axis Operation)

Lecture 5: Multi Axis Machine Simulation

Chapter 4: Drilling & Wire EDM Operations

Lecture 1: Drilling Operations

Lecture 2: Wire EDM Operation

Chapter 5: Cutting Parameters & Non-Cutting Moves

Lecture 1: Cutting Parameters & Non-Cutting Moves part 1-2

Lecture 2: Cutting Parameters & Non-Cutting Moves part 2-2

Chapter 6: Blank & Tool Creation and Cut levels option

Lecture 1: Cut Levels

Lecture 2: Blank & Tool Creation

Chapter 7: Turning Operations Basics

Lecture 1: Turning Operations Basics

Chapter 8: Post Builder Basics

Lecture 1: Post Builder 3 Axis Milling

Lecture 2: Post Builder Multi Axis

Lecture 3: Post Builder Fanuc Example

Chapter 9: NX CAM Projects

Lecture 1: Project 1 – Feature Based Machining

Lecture 2: Project 2 – Multi Blade operation

Lecture 3: Project 3 – 3 Axis Milling & Drilling Operations

Lecture 4: Project 4 – Multi Axis Milling Operations

Lecture 5: Project 5 – Turning Operations

Chapter 10: NX 2027 CAM Interface (Roughing & Finishing Operation)

Lecture 1: NX 2027 CAM Interface (Roughing & Finishing Operation)

Chapter 11: Sheet Metal Course

Lecture 1: Sheet Metal Introduction

Lecture 2: NX Sketch & Extrude Overview ( Sheet Metal Prerequisites )

Lecture 3: NX Sketch & Extrude Exercise

Lecture 4: Sheet Metal Base (Tab)

Lecture 5: Sheet Metal Flange & Contour Flange

Lecture 6: Sheet Metal Bend Options

Lecture 7: Sheet Metal Corner Options

Lecture 8: Sheet Metal Three Bend Corner

Lecture 9: Sheet Metal Bend Options and Cut-out

Lecture 10: Sheet Metal Joggle Advanced Flange Lightening Cut-out

Lecture 11: Convert part to Sheet Metal

Lecture 12: Sheet Metal from Solid

Lecture 13: Analyze Formability – One-step

Lecture 14: Metaform Part 1

Lecture 15: Metaform Part 2

Lecture 16: Sheet Metal Features

Lecture 17: Sheet Metal Feature Pattern

Chapter 12: NX Sheet Metal Exercises

Lecture 1: NX Sheet Metal workflow

Lecture 2: Exercise 1

Lecture 3: Exercise 2

Lecture 4: Exercise 3

Lecture 5: Exercise 4

Lecture 6: Exercise 5

Lecture 7: Exercise 6

Lecture 8: Exercise 7

Chapter 13: NX Mold Wizard Basics

Lecture 1: Introduction and Injection Mold Overview

Lecture 2: Initialize Project – CSYS Adjustments – Create Workpiece

Lecture 3: Cavity Layout – Check Regions

Lecture 4: Patch Surface – Define Regions

Lecture 5: Create Parting Surface – Define Core and Cavity

Lecture 6: Mold Base – Sprue Bushing – Locating Ring

Lecture 7: Ejection System

Lecture 8: Cooling System

Lecture 9: Gate and Runner System

Lecture 10: Pocket and Run Simulation

Chapter 14: NX Mold Mini Examples

Lecture 1: Mold Design Validation – Core and Cavity

Lecture 2: Workpiece Edit Sketch Ex

Lecture 3: Patch Surface and Core Cavity Ex

Lecture 4: Patch Surface Ex

Lecture 5: Parting Surface Ex

Lecture 6: Family Mold Ex

Chapter 15: Full Mold Example

Lecture 1: Initialize Project to Core & Cavity

Lecture 2: Mold Base & Injection System

Lecture 3: Ejection System

Lecture 4: Cooling System to Run Simulation