Siemens NX CAM 1980 Essential Training

Siemens NX CAM 1980 Essential Training, available at $59.99, has an average rating of 3.75, with 122 lectures, based on 45 reviews, and has 267 subscribers.

You will learn about You will understand NX CAM concept and the most used operation of Siemens NX . Work independently on any Part and model in any version of Siemens NX. Learn from an Author who is an Industrial Expert with Over 15 years of Experience. Make any toolpath for any complex part easily using a NX CAM operations as shown in Examples & Exercises. How to import the part file from any CAD software (.stp, .stl. xt. etc). How to create toolpath and CNC programming for any model. Define new tools for operation and how to save in library. VMC program for plastic injection mould (core & cavity) 3 axis, 4 axis and 5 axis. This course is ideal for individuals who are Technical students or Diploma mechanical or BTech mechanical or M. Tech CAD CAM or Any technical person or First Timer Professionals It is particularly useful for Technical students or Diploma mechanical or BTech mechanical or M. Tech CAD CAM or Any technical person or First Timer Professionals.

Enroll now: Siemens NX CAM 1980 Essential Training

Summary

Title: Siemens NX CAM 1980 Essential Training

Price: $59.99

Average Rating: 3.75

Number of Lectures: 122

Number of Published Lectures: 122

Number of Curriculum Items: 122

Number of Published Curriculum Objects: 122

Original Price: ?7,900

Quality Status: approved

Status: Live

What You Will Learn

You will understand NX CAM concept and the most used operation of Siemens NX .

Work independently on any Part and model in any version of Siemens NX.

Learn from an Author who is an Industrial Expert with Over 15 years of Experience.

Make any toolpath for any complex part easily using a NX CAM operations as shown in Examples & Exercises.

How to import the part file from any CAD software (.stp, .stl. xt. etc).

How to create toolpath and CNC programming for any model.

Define new tools for operation and how to save in library.

VMC program for plastic injection mould (core & cavity) 3 axis, 4 axis and 5 axis.

Who Should Attend

Technical students

Diploma mechanical

BTech mechanical

M. Tech CAD CAM

Any technical person

First Timer Professionals

Target Audiences

Technical students

Diploma mechanical

BTech mechanical

M. Tech CAD CAM

Any technical person

First Timer Professionals

In this “Siemens NX CAM 1980 Training” program you will experience a unique successful method with hands on part for practice.

This course is designed for individuals person who are new to NX as well as working in any company who had learned NX long time ago and just want a brush up on the tools and operation quickly and use in their projects immediately.

This course introduces all the operations (milling, drilling and turning) of NX CAM in a step by step process which will enable you to clearly understand the manufacturing.

Once you have completed this computer based training course, you will be fully capable of using these tools and operation to create CNC program for Turning, drilling and Milling (3Axis, 4 Axis and 5 Axis).

Major Highlights of The Course

All the Parts file practiced in the Lectures are included in this course for download.

This course has been Designed using NX 1980 & NX 2027 version but is equally good for any version of NX.

A beginner can start practicing the NX CAM right from lecture one.

A Professional brushing up NX CAM 1980 can easily directly jump to the section of their choice.

This course has been designed such that you can create CNC program for any type of part, for any controller.

Modules Covered in this course:

Planar Milling

Contour Milling

Mill MultiAxis

MultiAxis blade

Turning

Feature Machining

Turn/Mill

Hole Making

Basic of Postprocessor

Mill rotary

Tool Library

Verification & Simulate Machine

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: NC Assistant (Check Geometry)

Lecture 3: How to import the files in NX CAM

Chapter 2: Planar Milling

Lecture 1: Floor Facing without wall

Lecture 2: Floor and Wall

Lecture 3: Pocketing

Lecture 4: Pocketing Milling undercut

Lecture 5: Wall Profiling without wall

Lecture 6: 2D Profile with floor

Lecture 7: Chamfer Milling

Lecture 8: Planar Deburring

Lecture 9: Groove Milling

Lecture 10: Hole Milling

Lecture 11: PLANAR_PROFILING wireframe

Lecture 12: Planar Mill

Lecture 13: Planar Milling with trim boundary

Lecture 14: Planar Milling with open boundary

Lecture 15: Planar Milling (Finish Walls, Finish Floor, Cleanup corners)

Lecture 16: Face milling Manual

Lecture 17: Planar Text

Lecture 18: Rubber insert mould plate Project

Chapter 3: Mill Contour

Lecture 1: Blank Geometry setup

Lecture 2: Cavity Mill

Lecture 3: Cavity Mill 2

Lecture 4: Cavity Mill for predrill

Lecture 5: Cavity Mill trim boundary

Lecture 6: Cavity Mill (Report shortest tool)

Lecture 7: Rest Milling

Lecture 8: ZLevel Profile

Lecture 9: ZLevel Profile (Reference Tool)

Lecture 10: ZLevel_UnderCut only in NX 2027

Lecture 11: Adaptive milling

Lecture 12: Adaptive milling

Lecture 13: Adaptive milling

Lecture 14: Adaptive milling

Lecture 15: FIXED_AXIS_GUIDING_CURVES 1

Lecture 16: FIXED_AXIS_GUIDING_CURVES 2

Lecture 17: FIXED_AXIS_GUIDING_CURVES 3

Lecture 18: FIXED_AXIS_GUIDING_CURVES 4

Lecture 19: Guiding Curve Racetrack

Lecture 20: Curve point drive

Lecture 21: Curve point drive 1

Lecture 22: Contour area

Lecture 23: Contour area 1.0

Lecture 24: Contour area 2.0

Lecture 25: Contour area 3.0

Lecture 26: CONTOUR_AREA_CONCENTRIC_ZIGZAG

Lecture 27: Boundary Drive 1

Lecture 28: Boundary Drive 2

Lecture 29: Boundary Drive (Radial Pattern)

Lecture 30: SolidProfile 3D

Lecture 31: MultiAxis_Deburring

Lecture 32: Contour text

Lecture 33: Streamline 1.0

Lecture 34: Streamline 2.0

Lecture 35: Streamline 3.0

Lecture 36: FlowCut Drive

Lecture 37: FlowCut Referance Tool

Lecture 38: Contour Surface area 1.

Lecture 39: Contour Surface area 2

Lecture 40: Contour Surface area 3

Lecture 41: Milling 3axis Project

Lecture 42: Milling 3axis Project 2

Lecture 43: Milling 3axis Project 3

Lecture 44: Milling 3axis Project 4

Lecture 45: How to TRIM Toolpath in NX

Chapter 4: Turning

Lecture 1: Facing & Rough Turning

Lecture 2: Finish Turning

Lecture 3: Groove OD

Lecture 4: Groove OD 2

Lecture 5: Groove Face

Lecture 6: Centerline Drilling

Lecture 7: Rough Turn ID

Lecture 8: Finish Turn ID

Lecture 9: Groove ID

Lecture 10: Rough Turn Prime

Lecture 11: Finish Turn Prime

Lecture 12: Part Off.

Chapter 5: HOLE MAKING

Lecture 1: Spot Drill

Lecture 2: Drilling

Lecture 3: Tapping

Lecture 4: Hole milling

Lecture 5: Hole Chamfer

Lecture 6: Thread Milling

Lecture 7: Radial Groove

Lecture 8: Sequential Drilling

Lecture 9: Deep Hole Drilling

Lecture 10: Boss Milling

Chapter 6: Feature-based machining

Lecture 1: Feature based machining 1

Lecture 2: Feature based machining 2

Chapter 7: MILL MULTI AXIS

Lecture 1: Multi Axis Roughing

Lecture 2: Multi Axis Roughing 2.0

Lecture 3: Curve Point drive 1

Instructors

Umesh Arora
Engineer at CAD CAM Solutions, Meerut

Rating Distribution

1 stars: 2 votes

2 stars: 3 votes

3 stars: 11 votes

4 stars: 15 votes

5 stars: 14 votes

Frequently Asked Questions

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