Autodesk PowerMILL Essential Training from Udemy

PowerMill provides comprehensive milling strategies for drilling 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 and drilling 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 course.

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

This course is designed for individuals student 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 (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 drilling and Milling (3Axis).

Major Highlights of The Course

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

This course has been Designed using Autodesk Power

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

A Professional brushing up Autodesk Power

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

Modules Covered in this course:

3D Area clearance

Curve Machining

Feature Machining

Finishing

Drilling

Tool Library

Verification & Simulate Machine

What's inside

Learning objectives

You will understand cam concept and the most used operation of powermill 3 axis.
Work independently on any part in any version of powermill.
Make any toolpath for any complex part easily using a powermill operations as shown in examples & exercises.
How to import the part file from any cad software like stp and parasolid files.

How to create toolpath and cnc programming for 3 axis.
Define new tools for operation and export for library.
Vmc program for plastic injection mould (core & cavity) 3 axis only.
Toolpath generation & verification programming for different post processor.

You will understand cam concept and the most used operation of powermill 3 axis.
Work independently on any part in any version of powermill.
Make any toolpath for any complex part easily using a powermill operations as shown in examples & exercises.
How to import the part file from any cad software like stp and parasolid files.
How to create toolpath and cnc programming for 3 axis.
Define new tools for operation and export for library.
Vmc program for plastic injection mould (core & cavity) 3 axis only.
Toolpath generation & verification programming for different post processor.

Syllabus

Introduction

Engraving operation

Graphic user interface

Draft angle Shading , Minimum Radius shading & Measure

creating and editing Workplanes

Tool creation and Tool database

Block Setup

Toolpath Connection Part-1

Toolpath Connection Part-2

Boundaries Options

Boundaries types

PowerMill Tips & Tricks

The Curve Machining category on the strategies to cut the model relative to curves.

2D Curve Area clearance

2Dcurve profile

Face Milling

2D Curve Machining Project

Chamfer Milling

Engraving operation 3D Surface

Use the Model Area Clearance strategy to rapidly remove excess material from the stock.

Model Area Clearance Part 1

Model Area Clearance (Raster Style)

Create an NC program in powermill

Model Area Clearance (Limit options)

Model Area Clearance (Order option)

Vortex Machining

Model Area Clearance (Flat machining & High speed)

Model Area Clearance (Component thickness)

Model Rest Area Clearance

Rest Machining using a Stock Model

Slice Area clearance

Slice Profile

Project 1

Electrode Project

Blow Mold Project

The Feature Machining Strategy contains strategies to machine features on a model.

Feature Area Clearance

Feature face Milling

Feature Pocket area clearance

Feature Pocket Profile

Feature Rest Area Clearance

Feature chamfer Milling

Feature Slot Machining

Feature Finishing

Feature Rest Profile

Feature Top fillet Milling

The finishing strategies are:

3D offset finishing

3D Offset finishing 2.0

Offset Flat Finishing

Offset Flat finishing 2.0

Constant Z finishing

Cavity_Plate

Tennis ball 61.5 mm 25 cavity

Parametric Offset finishing

Raster Finishing

Optimised constant Z finishing

Corner Finishing

Corner Pencil finishing

Corner Multi pencil finishing

Transform Toolpath

Radial finishing

Spiral Finishing

Steep and shallow finishing

Pattern finishing

Pattern finishing 2.0

Parametric spiral finishing

Surface finishing

Wireframe Profile

SWARF Finishing

Projection Curve Finishing

mini Project

Flowline finishing

Wireframe swarf finishing

The Drilling Strategy defines how the model will be machined during drilling or threading.

Single Peck Drilling

Break chip drilling

Helical Drilling

Profile Drilling

There is a large selection of Toolpath editing options that can be applied retrospectively.

Edit Toolpath limits

Tool Collision Checking

Collisions Check

Gauge Check

Reorder toolpaths

How to generate NC Programs

Setup Sheet

4 axis Machining

4 Axis Rotary finishing

How to create 4 axis post in powermill

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Autodesk PowerMILL Essential Training with these activities:

Review CNC Machining Fundamentals

Show steps

Reinforce your understanding of CNC machining principles to better grasp PowerMill's application in manufacturing.

Browse courses on CNC Machining

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Review the basics of CNC machining.
Study different types of milling operations.
Understand the role of CAM software.

CNC Milling in the Workshop

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Gain a practical understanding of CNC milling techniques to complement your PowerMill knowledge.

View Screwcutting (Crowood Metalworking Guides) on Amazon

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Read the chapters on CNC machine setup and operation.
Study the examples of different milling projects.
Learn about different types of cutting tools and their applications.

CNC Programming Handbook

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Gain a deeper understanding of CNC programming concepts to enhance your ability to create and optimize toolpaths in PowerMill.

View Student Workbook for Technology of Machine Tools on Amazon

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Read the chapters on G-code and M-code programming.
Study the examples of different machining operations.
Practice writing simple CNC programs.

Four other activities

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PowerMill Toolpath Simulation Exercises

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Improve your proficiency in PowerMill by practicing toolpath simulation and verification on sample parts.

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Download sample part files.
Generate toolpaths for different machining operations.
Simulate the toolpaths and identify potential collisions.
Optimize the toolpaths for efficiency and accuracy.

Create a PowerMill Tutorial Video

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Solidify your understanding of PowerMill by creating a tutorial video explaining a specific machining operation or workflow.

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Choose a specific PowerMill topic.
Plan the content and structure of the video.
Record the video demonstrating the steps.
Edit the video and add narration.
Share the video with other learners.

Contribute to a CAM Open Source Project

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Deepen your understanding of CAM principles by contributing to an open-source project related to CNC machining or toolpath generation.

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Find an open-source CAM project on platforms like GitHub.
Explore the project's codebase and documentation.
Identify areas where you can contribute, such as bug fixes or new features.
Submit your contributions to the project maintainers.

Design and Machine a Simple Mold

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Apply your PowerMill skills to design and machine a simple mold for a plastic part, reinforcing your understanding of mold making workflows.

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Design the mold cavity and core in CAD software.
Import the mold design into PowerMill.
Generate toolpaths for roughing and finishing operations.
Simulate the toolpaths and verify the machining process.
Machine the mold using a CNC milling machine.

Career center

Learners who complete Autodesk PowerMILL Essential Training will develop knowledge and skills that may be useful to these careers:

Computer Numerical Control Programmer

A Computer Numerical Control programmer creates the programs that guide CNC machines in manufacturing parts. This course on Autodesk PowerMILL is directly relevant, as it focuses on using PowerMILL to program a variety of milling and drilling parts. Expertise in generating toolpaths, which is covered in the course, is crucial for this role. A CNC programmer benefits from the course's emphasis on workflow in addition to specific tools. In particular, the modules on 3D area clearance, feature machining, and drilling directly translate to the practical skills needed for programming CNC machines.

See salaries and explore the career path for Computer Numerical Control Programmer

CAD/CAM Technician

A CAD CAM Technician uses computer aided design and computer aided manufacturing software to create designs and prepare them for manufacturing. This Autodesk PowerMILL course directly aligns with the responsibilities of this role. Technicians benefit from its hands on approach. The course covers the workflow of programming parts in PowerMILL. Modules on tool library creation, verification, and simulation will be valuable in ensuring the accuracy and efficiency of manufacturing processes. For individuals new to PowerMILL or those seeking a refresher, this course offers a practical foundation that is essential for CAD CAM technicians.

See salaries and explore the career path for CAD/CAM Technician

Aerospace Manufacturing Engineer

An aerospace manufacturing engineer focuses on the production of aircraft components and systems. This Autodesk PowerMILL essential training program is extremely helpful for engineers working with Computer Numerical Control machinery. The course focuses on using PowerMILL to program various milling and drilling parts. The modules on 3D area clearance, feature machining, and drilling directly translate to the practical skills needed for manufacturing high precision components. Skills taught include toolpath generation and verification.

See salaries and explore the career path for Aerospace Manufacturing Engineer

Manufacturing Engineering Technician

A Manufacturing Engineering Technician assists manufacturing engineers in improving manufacturing processes and solving production issues. The Technician may wish to implement CNC programs. This Autodesk PowerMILL essential training program prepares someone for this job. The course focuses on using PowerMILL to program various milling and drilling parts. The modules on 3D area clearance, feature machining, and drilling directly translate to the practical skills needed for troubleshooting and refining CNC machining operations.

See salaries and explore the career path for Manufacturing Engineering Technician

Manufacturing Technician

A manufacturing technician supports the manufacturing process through equipment maintenance, process improvement, and quality control. The Autodesk PowerMILL training course is directly relevant for manufacturing technicians who work with CNC machines. It introduces the workflow of programming parts using PowerMILL, as well as specific milling and drilling strategies. The course's coverage of toolpath generation and verification, along with modules on 3D area clearance and drilling, are helpful in troubleshooting issues and improving machining processes.

See salaries and explore the career path for Manufacturing Technician

Manufacturing Engineer

A manufacturing engineer improves manufacturing processes and solves production issues. This Autodesk PowerMILL essential training course may be useful as it introduces manufacturing concepts via computer aided manufacturing techniques. The course focuses on using PowerMILL to program various milling and drilling components. The toolpath generation and verification programming modules are directly relevant. A manufacturing engineer can leverage this course to better understand how to optimize machining processes by creating efficient and effective CNC programs.

See salaries and explore the career path for Manufacturing Engineer

Tool and Die Maker

Tool and Die Makers create precision tools, dies, and molds used in manufacturing. This Autodesk PowerMILL essential training program may be helpful as tool and die makers use Computer Numerical Control machinery. The course emphasizes the workflow of programming parts using PowerMILL, alongside specific milling and drilling strategies. The modules on finishing, drilling, and tool library creation are beneficial to those looking to create high quality molds, dies, and tools. The ability to create CNC programs as the course teaches is valuable.

See salaries and explore the career path for Tool and Die Maker

Machinist

A machinist operates machine tools to produce precision parts. The knowledge gained from this Autodesk PowerMILL training course directly supports this work. Machinists looking to expand their expertise in CNC programming or enhance their understanding of CAM software may find this course helpful. The course's modular approach lets machinists understand the workflow of programming parts in PowerMILL, covering the details of milling and drilling strategies. This course may equip a machinist with the skills to create efficient CNC programs and optimize machining processes.

See salaries and explore the career path for Machinist

Design Engineer

A design engineer designs mechanical components and systems. Having an understanding of manufacturing processes is valuable because it can help a design engineer optimize designs for manufacturability. While not directly focused on design, this Autodesk PowerMILL training course introduces manufacturing via computer aided manufacturing. The course focuses on using PowerMILL to program various milling and drilling parts. A design engineer may find the course valuable, especially the modules on toolpath generation and verification, by gaining insight into how designs are translated into physical parts.

See salaries and explore the career path for Design Engineer

Production Supervisor

A production supervisor oversees manufacturing processes and ensures production goals are met. While this role involves leadership and management, understanding CNC programming can provide a competitive advantage. This Autodesk PowerMILL training course may be useful as it introduces manufacturing concepts. The course focuses on using PowerMILL to program various milling and drilling parts. This gives production supervisors insight into the technical aspects of the production line. Modules on verification and simulation equip production supervisors with a means of understanding the programming side of machining.

See salaries and explore the career path for Production Supervisor

Automation Engineer

An automation engineer designs, develops, and implements automated systems in manufacturing and other industries. This Autodesk PowerMILL training course may prove helpful. The course teaches the fundamentals of CNC programming using PowerMILL, covering milling and drilling operations. Automation engineers can use this course to better understand how automated CNC machines are programmed and operated. A skill taught includes toolpath creation, and the Automation Engineer should use it on the automated systems.

See salaries and explore the career path for Automation Engineer

Quality Control Inspector

A quality control inspector ensures that manufactured products meet quality standards. While this role focuses on inspection, understanding the manufacturing process, including CNC programming, may be helpful. The Autodesk PowerMILL training course may be useful as it introduces manufacturing concepts. The course teaches the fundamentals of CNC programming using PowerMILL, covering milling and drilling operations. Modules on toolpath verification and simulate machine provide insights into potential sources of error and quality issues in CNC machining.

See salaries and explore the career path for Quality Control Inspector

Product Development Engineer

A product development engineer is responsible for the design and development of new products from concept to production. This Autodesk PowerMILL essential manufacturing course may expand a product development engineer's purview. The course teaches the fundamentals of CNC programming using PowerMILL, covering milling and drilling operations. A product development engineer learns how parts are manufactured. Modules on toolpath verification and simulate machine provide insights into potential sources of error and quality issues in CNC machining.

See salaries and explore the career path for Product Development Engineer

Mechanical Drafter

A mechanical drafter creates technical drawings and plans for mechanical devices and machines. While this role focuses on design and documentation, understanding CAM software like PowerMILL may provide context to manufacturing. This Autodesk PowerMILL training course may be useful as it introduces manufacturing concepts. The course focuses on using PowerMILL to program various milling and drilling parts. This course's emphasis on the workflow of CNC programming and the details of toolpath generation may help a mechanical drafter.

See salaries and explore the career path for Mechanical Drafter

Robotics Technician

A robotics technician installs, maintains, and repairs robotic systems, which are increasingly used in manufacturing. This Autodesk PowerMILL essential training program introduces manufacturing concepts, and may be useful here. The course teaches the fundamentals of CNC programming using PowerMILL, which allows for the control of robotic systems. The modules on toolpath generation, verification, and machine simulation are valuable for troubleshooting and optimizing robotic machining processes. Robotics technicians can use this course to better understand CNC machining.

See salaries and explore the career path for Robotics Technician

Autodesk PowerMILL Essential Training

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