NX CAM 2027 (Latest Version) & Autodesk Inventor CAD Basics

NX CAM 2027 (Latest Version) & Autodesk Inventor CAD Basics, available at $39.99, has an average rating of 4.8, with 56 lectures, based on 12 reviews, and has 1215 subscribers.

You will learn about You will be able to use Autodesk Inventor for 3D parts. You will be professional user in NX CAM (Latest Version). You will learn how to use NX CAM with different CNC Machines You will be able to use Autodesk Inventor for Assembly & Drafting 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 CAD Engineers or CAD Designer or Mechanical Engineers, Technicians, Drafters or Manufacturing Engineers It is particularly useful for CAD Engineers or CAD Designer or Mechanical Engineers, Technicians, Drafters or Manufacturing Engineers.

Enroll now: NX CAM 2027 (Latest Version) & Autodesk Inventor CAD Basics

Summary

Title: NX CAM 2027 (Latest Version) & Autodesk Inventor CAD Basics

Price: $39.99

Average Rating: 4.8

Number of Lectures: 56

Number of Published Lectures: 56

Number of Curriculum Items: 56

Number of Published Curriculum Objects: 56

Original Price: $49.99

Quality Status: approved

Status: Live

What You Will Learn

You will be able to use Autodesk Inventor for 3D parts.
You will be professional user in NX CAM (Latest Version).
You will learn how to use NX CAM with different CNC Machines
You will be able to use Autodesk Inventor for Assembly & Drafting
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

CAD Engineers
CAD Designer
Mechanical Engineers, Technicians, Drafters
Manufacturing Engineers

Target Audiences

CAD Engineers
CAD Designer
Mechanical Engineers, Technicians, Drafters
Manufacturing Engineers

Course Main Contents (3 Courses!):

Course 1: NX CAM 2027 (Milling – Turning – Wire EDM)
Course 2: Autodesk Inventor CAD
Course 3: NX Post Builder

Course Contents in Details

1- G Code & CNC Overview

2- NX 2027 CAM Milling (3Axis, 4 & 5 Axis)

3- NX 2027 CAM Turning

4- NX 2027 CAM Drilling

5- NX 2027 CAM Wire EDM

7- NX 2027 Post Builder

8- Inventor CAD Sketching

9- Inventor CAD Sketching Exercises

10- Inventor CAD Modelling

11- Inventor CAD Modelling Exercises

12- Inventor CAD Assembly & Drafting

Description:

First Course for NX CAM
Introduction to the concept of CNC G-Code (Prerequisites for NX CAM)
You will be professional user in NX CAM Latest Version.
This Course covers conclusion of the most common operations that you will use during your actual work.
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 axes.
After this course, you will be able to create G code for Milling, Turning and Wire EDM operations (3 Axis & Multi Axis).
You will be able to use Inventor CAD for Assembly & Drafting.

Notes:

You will download all parts that we used during the course and more parts for practice.
You can send me any G & M codes to help you in post builder in your CNC machine.
The implementation of this course is in NX 2027, but you will be able to implement using any version.
You will have full technical support.
Weekly additional Exercise will be added to the course according to students’ requirements (If required).

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: NX 2027 CAM (Latest Version) General Steps

Lecture 1: Roughing Operation General Steps (Cavity Mill)

Lecture 2: Finishing Operation General Steps (Rest Milling)

Chapter 3: NX 2027 CAM (Latest Version) Roughing Operations

Lecture 1: Roughing Operation (Adaptive Milling)

Lecture 2: Roughing Operation (Plunge Milling)

Lecture 3: Roughing Operation with Specific Options (Check – Avoidance – Cut Levels)

Chapter 4: NX 2027 CAM (Latest Version) Finishing Operations (3 Axis)

Lecture 1: Finishing Operation (ZLEVEL_PROFILE_STEEP)

Lecture 2: Finishing Operation (Contour Area – Curve Drive)

Lecture 3: Finishing Operation (Streamline – Surface Area)

Lecture 4: Finishing Operation (Streamline – Surface Area – Area Milling)

Lecture 5: 3 Axis Finishing Operations (Z Level Undercut)

Lecture 6: 3 Axis Corner Finishing Operations (Flow Mill Single – Flow Mill Multible)

Chapter 5: NX 2027 CAM (Latest Version) Multi Axis Operations

Lecture 1: Multi Axis Operations (Roughing – Streamline Finishing)

Lecture 2: Multi Axis Operations (Streamline 4 Axis Tool Axis Control)

Lecture 3: Multi Axis Operations (Streamline 5 Axis Tool Axis Control)

Lecture 4: Multi Axis Operations (Streamline 5 Axis Tool Axis Control)

Lecture 5: Multi Axis Operations (Variable Contour 5 Axis Tool Axis Control)

Lecture 6: Multi Axis Operations (Z Level 5 Axis Operation)

Lecture 7: Finishing Operation (Rotary Floor)

Lecture 8: Finishing Operation (ROTARY_DEBURRING)

Lecture 9: 3 Axis & Multi Axis Finishing Operations (Fixed Axis Guiding Curve – Variable)

Chapter 6: NX 2027 CAM (Latest Version) Drilling Operations

Lecture 1: Drilling Multi Axis Operations

Chapter 7: NX 2027 CAM (Latest Version) Post Builder Overview

Lecture 1: 3 Axis Milling Post Builder

Lecture 2: 4,5 Axis Milling Post Builder

Chapter 8: NX 2027 CAM (Latest Version) Wire EDM Overview

Lecture 1: Wire EDM Overview

Chapter 9: NX 2027 CAM (Latest Version) Turning Operations

Lecture 1: Turning Operations

Lecture 2: Turning Operations Vertical

Chapter 10: NX 2027 CAM (Latest Version) Blank – Tool Creation & Cutting – Non Cutting Moves

Lecture 1: Blank – Tool Creation

Lecture 2: Cutting – Non-Cutting Parameters

Chapter 11: NX 2027 CAM (Latest Version) Projects

Lecture 1: Multi Axis Operations (Mill Multi Blade)

Lecture 2: Feature Based Machining

Chapter 12: Inventor Modelling

Lecture 1: Inventor Interface

Lecture 2: Create Sketch

Lecture 3: Modify Sketch

Lecture 4: Sketch Constrains

Lecture 5: Create Extrude 1

Lecture 6: Create Extrude 2

Lecture 7: Sketch & Extrude Exercise 1

Lecture 8: Sketch & Extrude Exercise 2

Lecture 9: Create Plane

Lecture 10: Revolve

Lecture 11: Revolve Exercise

Lecture 12: Sweep & Loft

Lecture 13: Hole – Fillet – Chamfer – Shell

Lecture 14: Thread – Split – Thicken – Draft – Combine – Direct

Lecture 15: Pattern

Lecture 16: Coil & Rib

Lecture 17: Point & Axis

Lecture 18: Modelling Exercise 1

Lecture 19: Modelling Exercise 2

Chapter 13: Assembly & Drafting

Lecture 1: Assembly 1

Lecture 2: Assembly 2

Lecture 3: Drafting 1

Lecture 4: Drafting 2

Lecture 5: Drafting 3

Chapter 14: Bonus

Lecture 1: Bonus

Instructors

Mohamed Gamal
BIM Project Manager & CAD CAM Specialist

Rating Distribution

1 stars: 0 votes
2 stars: 0 votes
3 stars: 1 votes
4 stars: 0 votes
5 stars: 11 votes

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