Complete Siemens NX CAM Training (Hindi)

What you'll learn

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

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

Learn from an Author who is an Industrial Expert and mentor 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.

How to create toolpath and CNC programming for it.

Define new tools for operation and its uses.

VMC program for plastic injection mould (core & cavity)

Requirements

NX CAD OR ANY CAD SOFTWARE

Be able to design using any CAD Software

Description

In this "Siemens NX CAM Training" program you will experience a unique successful method with hands on for practice.This course is designed for individuals 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 and turning) of NX CAM in a step by step process which will enable you to clearly understand the CAM.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 and Milling (3Axis, 4 Axis and 5 Axis).Major Highlights of The CourseAll the Parts practiced in the Lectures are included in this course for download.This course has been Designed using NX 12 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 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.Modules Covered in this course:Planar MillingContour MillingMill MultiAxisMultiAxis bladeTurningFeature MachiningTurn/MillHole MakingBasic of PostprocessorMill rotaryTool LibraryVerification & Simulate Machine

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 How to import model in NX

Lecture 3 Blank Geometry setup

Lecture 4 Create Tool & Export to library

Lecture 5 Non cutting moves (Engage close area)

Lecture 6 Non cutting moves (Engage open area)

Lecture 7 Common Clearance.

Lecture 8 Non Cutting Move start drill point

Section 2: CONTOUR MILL

Lecture 9 CAVITY MILL PART 1

Lecture 10 CAVITY MILL PART 2

Lecture 11 Connection Cut Order

Lecture 12 ADAPTIVE MILL

Lecture 13 PLUNGE MILLING

Lecture 14 REST MILLING

Lecture 15 Z LEVEL PROFILE

Lecture 16 Zlevel profile Connection Options

Lecture 17 Z LEVEL CORNER

Lecture 18 FIXED CONTOUR

Lecture 19 CONTOUR AREA (Area drive method)

Lecture 20 RADIAL CUT DRIVE

Lecture 21 SPIRAL DRIVE METHOD

Lecture 22 STREAMLINE

Lecture 23 SURFACE AREA DRIVE METHOD

Lecture 24 CURVE POINT DRIVE METHOD

Lecture 25 FLOW CUT DRIVE

Lecture 26 Solid Profile 3D

Lecture 27 Profile 3D

Lecture 28 CONTOUR TEXT

Lecture 29 IPW BLANK

Lecture 30 Fixed Axis Guiding Curve 1.0

Lecture 31 Fixed Axis Guiding Curve 2.0

Lecture 32 Fixed Axis Guiding Curve 3.0

Lecture 33 Fixed Axis Guiding Curve 4.0

Lecture 34 Milling 3axis Project

Lecture 35 3Axis fanuc machine simulation

Section 3: HOLE MAKING

Lecture 36 SPOT DRILLING

Lecture 37 DRILLING

Lecture 38 DEEP HOLE DRILLING

Lecture 39 DRILLING DEEP BREAKCHIP

Lecture 40 DRILLING REAMER/BORING CYCLE

Lecture 41 COUNTERSINKING

Lecture 42 TAPPING

Lecture 43 SEQUENTIAL DRILLING

Lecture 44 HOLE MILLING

Lecture 45 Hole Milling after drilling

Lecture 46 HOLE CHAMFER MILLING

Lecture 47 BOSS MILLING

Lecture 48 BOSS THREAD MILLING

Lecture 49 RADIAL GROOVE MILLING

Section 4: PLANAR MILL

Lecture 50 Planar Milling (Floor and Wall)

Lecture 51 FACE MILLING WITH BOUNDARIES

Lecture 52 PLANAR PROFILE

Lecture 53 PLANAR MILL

Lecture 54 PLANAR TEXT

Lecture 55 GROOVE MILLING

Lecture 56 FLOOR AND WALL WITH IPW

Lecture 57 9- FACE MILLING MANUAL

Lecture 58 10- FINISH WALL || FINISH FLOOR || CLEANUP CORNER

Section 5: FEATURE - BASED MACHINING

Lecture 59 Feature-based machining

Section 6: TURNING

Lecture 60 FACING

Lecture 61 ROUGH_TURN_OD

Lecture 62 GROOVE_OD

Lecture 63 FINISH_TURN_OD

Lecture 64 CENTRELINE_DRILLING

Lecture 65 ROUGH_BACK_TURN

Lecture 66 GROOVE_FACE

Lecture 67 ROUGH_BORE_ID

Lecture 68 GROOVE_ID

Lecture 69 PART_OFF

Lecture 70 Turning Project

Section 7: MillTurn_Essentials

Lecture 71 MillTurn_Essentials

Section 8: MILL Multi Blade

Lecture 72 Multi Blade Rough operations

Lecture 73 SPLITTER FINISH

Section 9: ROTARY FLOOR

Lecture 74 ROTARY FLOOR

Section 10: MILL MULTI AXIS

Lecture 75 Streamline drive method

Lecture 76 Surface drive method

Lecture 77 Surface drive method II

Lecture 78 4Axis Hole Making

Lecture 79 CONTOUR_PROFILE

Lecture 80 TOOLPATH_DRIVE_METHOD

Lecture 81 CURVE_POINT_DRIVE

Lecture 82 VARIABLE AXIS GUIDING CURVES

Lecture 83 TUBE_ROUGH_TUBE_FINISH

Lecture 84 ZLevel_5Axis

Section 11: Post Processor Building

Lecture 85 Post Processor Building for Mill 3 Axis

Lecture 86 Post Builder Turning Post

Lecture 87 PostProcesser 4Axis

Lecture 88 5Axis post_AB table

Technical students,Diploma mechanical,BTech mechanical,M. Tech CAD CAM,Any technical person,First Timer Professionals