Autodesk PowerMILL Essential Training (Hindi)

Autodesk PowerMILL Essential Training (Hindi), available at $49.99, has an average rating of 4.07, with 82 lectures, based on 7 reviews, and has 87 subscribers.

You will learn about You will understand CAM concept and the most used operation of Powermill. Make any toolpath for any complex part easily using a Powermill operations as shown in Examples & Exercises. Work independently on any Part in any version of Powermill. 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) Toolpath Generation & Verification Programming This course is ideal for individuals who are Person of Working on the Manufacturing process or Mechanical Engineer It is particularly useful for Person of Working on the Manufacturing process or Mechanical Engineer.

Enroll now: Autodesk PowerMILL Essential Training (Hindi)

Summary

Title: Autodesk PowerMILL Essential Training (Hindi)

Price: $49.99

Average Rating: 4.07

Number of Lectures: 82

Number of Published Lectures: 82

Number of Curriculum Items: 82

Number of Published Curriculum Objects: 82

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

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

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

Work independently on any Part in any version of Powermill.

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)

Toolpath Generation & Verification Programming

Who Should Attend

Person of Working on the Manufacturing process

Mechanical Engineer

Target Audiences

Person of Working on the Manufacturing process

Mechanical Engineer

PowerMill provides comprehensive milling strategies (operations) for high-speed and 3-axis machining, providing you with the tools you need for manufacturing molds, dies, and highly complex parts. In this class, we will take a look at using PowerMill to program a variety of different milling parts. While this class is meant to familiarize you with the details of programming parts in PowerMill, the main objective of this class is to teach you the workflow of programming parts in PowerMill. Focusing on the workflow as opposed to specific tools and details in the software will ensure the smoothest possible transition between programming parts in this class, and confidently taking what you’ve learned into your workshop.

In this “Autodesk PowerMILL” program you will experience a unique successful method with hands on for practice.

This course is designed for individuals who are new to Autodesk PowerMILL as well as working in any company who had learned Delcam PowerMILL 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 drilling) of Autodesk PowerMILL 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 drilling and Milling (3Axis).

Major Highlights of The Course

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

This course has been Designed using Autodesk PowerMILL 2020 version but is equally good for any version of PowerMILL.

A beginner can start practicing the Autodesk PowerMILL right from lecture one.

A Professional brushing up Autodesk PowerMILL 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:

3D Area clearance

Curve Machining

Feature Machining

Finishing

Drilling

Tool Library

Verification & Simulate Machine

Tips and tricks

Boundaries, Pattern curves

Workplane creation and modification

Block setup and its uses.

Holes features,

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Draft angle Shading , Minimum Radius shading & Measure

Lecture 3: Block setup 1

Lecture 4: BLOCK setup 2

Lecture 5: Boundaries Types 1

Lecture 6: Boundary types 2

Lecture 7: REST Boundary and Machine tool files

Lecture 8: Boolean operation boundary

Lecture 9: Toolpath Leads & Links

Lecture 10: Toolpath connections

Lecture 11: Tool database settings

Chapter 2: Curve machining

Lecture 1: 2D Curve Area clearance

Lecture 2: 2D Curve Area clearance 2

Lecture 3: 2D Curve Profile

Lecture 4: Face Milling

Lecture 5: Face Milling_2

Lecture 6: 2.5D Machining (feature machining)

Chapter 3: 3D Area clearance

Lecture 1: ModelArea clearance 1

Lecture 2: 3D model Area clearance2

Lecture 3: 3D Model area clearance3

Lecture 4: Model AC with unsafe segment removal & Step cutting

Lecture 5: Model Area Flat machining

Lecture 6: Vortex machining

Lecture 7: MODEL REST Area clearance

Lecture 8: Model Area clearance with limits

Lecture 9: REST milling

Lecture 10: Model Rest Area clearance stock

Lecture 11: Model profile

Lecture 12: Slice Area Clearance

Lecture 13: Corner Clearance

Chapter 4: FINSHING

Lecture 1: Offset Flat finishing

Lecture 2: Corner finishing

Lecture 3: corner pencil

Lecture 4: Embadded pattern

Lecture 5: Raster finishing

Lecture 6: Raster finishing 2.0

Lecture 7: Pattern finishing Engrave operation

Lecture 8: 3D Offset and Constant Z Finishing

Lecture 9: Offset Flat finishing 2

Lecture 10: Optimised Constant Z Finishing

Lecture 11: Optimised constant Z 1

Lecture 12: Optimised Constant Z Finishing 1

Lecture 13: Steep and Shallow Finishing

Lecture 14: Flowline finishing

Lecture 15: Parametric offset

Lecture 16: Parametric Spiral finishing1

Lecture 17: Parametric Spiral finishing2

Lecture 18: pattern frm Import AutoCAD file

Lecture 19: Projection Plane finishing

Lecture 20: Projection Plane finishing 2

Lecture 21: Projection POINT finishing

Lecture 22: Projection curve finishing

Lecture 23: Projection Line finishing

Lecture 24: Projection surface finishing

Lecture 25: Profile finishing

Lecture 26: Profile finishing 2.0

Lecture 27: Radial Finishing

Lecture 28: Spiral finishing

Lecture 29: Surface finishing1

Lecture 30: Surface finishing2

Lecture 31: Swarf finishing

Lecture 32: Wireframe swarf finishing

Chapter 5: Drilling Toolpath

Lecture 1: DRILLING single peck break chip helical Profile

Lecture 2: Deep drill and Counter Bore

Lecture 3: BLOW Mold cavity plate 1.0

Lecture 4: BLOW Mold cavity plate 2.0

Lecture 5: Handle machining PROJECT 2.1

Lecture 6: Handle machining PROJECT 2.2

Lecture 7: Handle machining PROJECT 2.3

Lecture 8: PROJECT_Y

Chapter 6: TIPS & TRICKS

Lecture 1: Component Thickness

Lecture 2: Cloning the Component Thickness

Lecture 3: Stock Model 1

Lecture 4: Stock Model 2

Lecture 5: Toolpath Processing Options

Lecture 6: Edit Toolpath (Transform)

Lecture 7: Edit toolpath LIMITS

Lecture 8: Levels and Sets

Lecture 9: TOOLPATH Edit Reorder

Lecture 10: Moving start point

Lecture 11: NC Programs CNC File

Lecture 12: Setup sheet

Instructors

Nidhi Arora
Design Engineer

Rating Distribution

1 stars: 1 votes

2 stars: 1 votes

3 stars: 0 votes

4 stars: 0 votes

5 stars: 5 votes

Frequently Asked Questions

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