Siemens NX CAD CAM Post Builder + Autodesk Inventor CAD CAM

Siemens NX CAD CAM Post Builder + Autodesk Inventor CAD CAM, available at $64.99, has an average rating of 4.8, with 119 lectures, based on 31 reviews, and has 1429 subscribers.

You will learn about After this course you will be CAD CAM Professional user. You will be professional user in NX CAM. You will learn Basics of Autodesk Inventor CAD CAM You will be able to use NX Post Builder to customize G Code You will be able to use NX CAD for 3D parts & Surfaces. You will be able to use NX CAD for Assembly & Drafting You will learn how to use NX CAM with different CNC Machines You will learn how to use NX CAM for Milling, Turning, Drilling and Wire EDM Operations You will learn how to Use NX CAM for 3 Axis and Multi Axis Operations This course is ideal for individuals who are Mechanical Production Engineers or Technical Person or CAD CAM Engineer or Mechanical Students or Manufacturing Engineers It is particularly useful for Mechanical Production Engineers or Technical Person or CAD CAM Engineer or Mechanical Students or Manufacturing Engineers.

Enroll now: Siemens NX CAD CAM Post Builder + Autodesk Inventor CAD CAM

Summary

Title: Siemens NX CAD CAM Post Builder + Autodesk Inventor CAD CAM

Price: $64.99

Average Rating: 4.8

Number of Lectures: 119

Number of Published Lectures: 119

Number of Curriculum Items: 119

Number of Published Curriculum Objects: 119

Original Price: $59.99

Quality Status: approved

Status: Live

What You Will Learn

After this course you will be CAD CAM Professional user.
You will be professional user in NX CAM.
You will learn Basics of Autodesk Inventor CAD CAM
You will be able to use NX Post Builder to customize G Code
You will be able to use NX CAD for 3D parts & Surfaces.
You will be able to use NX CAD for Assembly & Drafting
You will learn how to use NX CAM with different CNC Machines
You will learn how to use NX CAM for Milling, Turning, Drilling and Wire EDM Operations
You will learn how to Use NX CAM for 3 Axis and Multi Axis Operations

Who Should Attend

Mechanical Production Engineers
Technical Person
CAD CAM Engineer
Mechanical Students
Manufacturing Engineers

Target Audiences

Mechanical Production Engineers
Technical Person
CAD CAM Engineer
Mechanical Students
Manufacturing Engineers

Course Main Contents (5 Courses!):

Course 1: NX CAM (Milling – Turning – Wire EDM)
Course 2: NX Post Builder
Course 3: NX CAD (Modelling – Assembly – Drafting)
Course 4: Autodesk Inventor CAD (Modelling – Assembly – Drafting)
Course 5: Autodesk Inventor CAM Basics

Course Contents in Details

1- Introduction

2- NX CAM Milling (3Axis, 4 & 5 Axis)

3- NX CAM Turning

4- NX CAM Drilling

5- NX CAM Wire EDM

6- NX CAM Millturn

7- NX Post Builder

8- NX CAD Intro

9- NX CAD Sketching

10- NX CAD Modelling

11- NX Synchronous Modelling

12- NX Surface Creation Basics

13- NX Assembly Overview

14- NX Drafting Overview

15- Inventor CAD Sketching

16- Inventor CAD Sketching Exercises

17- Inventor CAD Modelling

18- Inventor CAD Modelling Exercises

19- Inventor CAD Assembly & Drafting

20- Inventor CAM Milling 3D

21- Inventor CAM Milling 2D

22- Inventor CAM Turning

Description:

You will be professional user in NX CAM.
You will learn most of CAD (Modelling & Assembly) Features to model any part for Manufacturing.
This Course covers conclusion of the most common operations that you will use during your actual work, the idea of this course to provide small course with low price contains the most important operations and options.
NX CAM & Post Builder Course introduce the most common Milling, Turning and Wire EDM Operations ( 3 Axis & Multi Axis), the course will be step by step to make the full operations from beginning to generate the G code, also to customize the G code to be readable with any CNC machine type or any number of axis.
After this course, you will be able to use the NX CAD / CAM & Post Builder to do Modelling & Machining for any Part and to use NX CAM with any CNC Machines.
After this course, you will be able to create G code for Milling, Turning and Wire EDM operations (3 Axis & Multi Axis).

Notes:

You will download all parts that we used during the course and more parts for practice.
The implementation of this course is in NX 11 & Autodesk Inventor 2023, but you will be able to implement using any version.
You will have full technical support with me.
Weekly additional Exercise will be added to the course according to students’ requirements (If required).

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: CAM General Steps (3 Axis Rough & Finish Operations)

Lecture 3: NX CAM & Post Builder Overview

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

Lecture 1: 3 Axis Rough Operations (Plunge Milling)

Lecture 2: 3 Axis Rough Operations (Corner Rough)

Lecture 3: 3 Axis Planar operation and Planar with IBW

Lecture 4: 3 Axis Face Milling operation and Face Milling Manual

Lecture 5: 3 Axis Finish Operations (Z Level Profile)

Lecture 6: 3 Axis Finish Operations (Z Level Corner Finish)

Lecture 7: 3 Axis Finish Operations (More Operations)

Lecture 8: 3 Axis Finish Operations (Another Example)

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-1)

Lecture 3: Multi axis Finish Operations (Tool Axis Control-2)

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

Lecture 5: Multi axis Finish Operations (Tool Axis Control-4)

Lecture 6: Multi axis Finish Operations (Tool Axis Control-5)

Lecture 7: Multi axis Finish Operations (Z Level 5 Axis Operation 1)

Lecture 8: Multi axis Finish Operations (Z Level 5 Axis Operation 2)

Lecture 9: Multi 4 axis Finish Operations (Streamline operation) with 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: Cut Levels Ranges

Lecture 3: Blank & Tool Creation

Chapter 7: Turning Operations Basics

Lecture 1: Turning Operations 1

Lecture 2: Turning Operations 2

Chapter 8: Post Builder Basics

Lecture 1: Post Builder 3 Axis Milling

Lecture 2: Post Builder Multi Axis Milling

Lecture 3: Post Builder Fanuc Example

Chapter 9: NX CAM Projects

Lecture 1: Project 1 Milling 3 Axis

Lecture 2: Project 2 Milling Multi Axis

Lecture 3: Project 3 Turning Operations

Lecture 4: Project 4 Drilling Operations

Lecture 5: Project 5 Feature Based Machining

Lecture 6: Project 6 General Milling & Drilling Operations

Lecture 7: Project 7 – Multi Blade operations

Lecture 8: Project 8 Milling Multi Axis with different Tool Axis positions

Lecture 9: Project 9 Hole Milling & Thread Milling

Lecture 10: Project 10 Groove Milling

Lecture 11: Project 11 Millturn Operations

Lecture 12: Project 12 Milling 3 Axis & Indexing

Chapter 10: NX CAD Interface & Sketching

Lecture 1: NX CAD Interface and Concept

Lecture 2: NX Sketch Part 1

Lecture 3: NX Sketch Part 2

Lecture 4: NX Sketch Constrains

Lecture 5: NX Sketch Exercise

Chapter 11: NX Extrude & Revolve

Lecture 1: NX Extrude

Lecture 2: NX Extrude and Revolve

Lecture 3: NX Extrude Exercise

Lecture 4: NX Revolve Exercise

Lecture 5: Emboss, Emboss Body, Offset Emboss, Groove

Chapter 12: NX CAD Features

Lecture 1: NX Edge Blend, Draft, Shell, Trim Body, Chamfer, Hole

Lecture 2: NX Modeling Exercise

Lecture 3: Emboss, Emboss Body, Extract Geometry

Lecture 4: Trim Sheet, Split body, Trim and Extend, Extend Sheet, Divide face, Delete Body

Lecture 5: Offset Face, Offset Surface, Variable Offset, Thicken, Bounding body, Scale

Lecture 6: Project curve, Offset Curve, Offset Curve on face

Lecture 7: Intersection Curve, Bridge Curve, Isoperimetric Curve, Helix, Tube, Swept

Lecture 8: Isoperimetric Curve, Combined Projection, Curve on surface

Lecture 9: Extract Virtual curve, Isocline Curve

Lecture 10: Sweep Features

Lecture 11: Additional Features – Dart, Block, Sphere, Cyl, Cone

Chapter 13: Synchronous Modeling

Lecture 1: Synchronous Modeling

Chapter 14: NX Surface Modelling

Lecture 1: Surface Through Curves

Lecture 2: Surface Through Curves Mesh

Lecture 3: Studio Surface, Fill Surface

Lecture 4: N-Sided Surface

Lecture 5: Law Extension, Extension

Lecture 6: Law Extension, Silhouette Flange

Lecture 7: Four Points Surface, Surface Through Points

Chapter 15: CAD Modelling Exercises

Lecture 1: Modeling Exercise 1

Lecture 2: Modeling Exercise 2

Lecture 3: Modeling Exercise 3

Lecture 4: Modeling Exercise 4

Chapter 16: Assembly & Drafting Overview

Lecture 1: Assembly 1

Lecture 2: Assembly 2

Lecture 3: Assembly 3

Lecture 4: Drafting Overview

Lecture 5: Drafting Title Block

Chapter 17: Inventor Modelling

Lecture 1: Inventor Interface

Instructors

Mohamed Gamal
BIM Project Manager & CAD CAM Specialist

Rating Distribution

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2 stars: 0 votes
3 stars: 0 votes
4 stars: 4 votes
5 stars: 27 votes

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