Robotics & Mechatronics 2: 3D Modelling & Machine Design

Focused View

Mouhammad Hamsho

10:17:10

12 View

1. Fusion 360 Basics

1. Section Overview.mp4

01:22

2. Downloading The Software.mp4

01:52

3. 2D Shapes & Dimensions.mp4

05:55

4. Extrude.mp4

02:39

5. Extrude Cut.mp4

05:44

6. Trim.mp4

04:18

7. Revolve.mp4

04:10

8. Shell.mp4

00:55

9. Holes.mp4

02:51

10. Components.mp4

02:59

11. Multi-Components Assembly.mp4

06:08

12. External Libraries.mp4

06:10

13. Threading.mp4

08:10

14. Repetitive Assembly.mp4

00:59

2. Machine 1 Turntable For Product Distribution

1. Section Overview.mp4

00:53

2. Building Frame Part 1.mp4

02:55

3. Building Frame Part 2.mp4

04:23

4. Frame Assembly.mp4

06:17

5. Motor Holder Design.mp4

07:50

6. Designing Motor.mp4

07:11

7. Designing Coupler.mp4

05:43

8. Designing Disk.mp4

05:22

9. Barrier Design.mp4

08:30

10. Export.mp4

06:12

11. Jar Design.mp4

07:52

12. Texture Export.mp4

11:03

3. Machine 2 Single Axis Linear Guide

1. Section Overview.mp4

00:58

2. Part 1 Designing Frame.mp4

06:31

3. Part 2 Adding Linear Rail & Carriage.mp4

03:15

4. Part 3 Adding Lead Screw.mp4

04:32

5. Part 5 Sliding.mp4

04:31

6. Part 6 Adding Bearings.mp4

04:27

7. Part 7 Designing Bearing House P1.mp4

04:19

8. Part 8 Designing Bearing House P2.mp4

06:59

9. Part 9 Designing Screw Nut House P1.mp4

09:25

10. Part 10 Designing Screw Nut House P2.mp4

02:06

11. Part 11 Adding Motor.mp4

08:22

12. Part 12 Adding Motor Coupler.mp4

03:26

13. Part 13 Designing Motor Mount.mp4

03:25

4. Single Axis Rejection Piston

1. Section Overview.mp4

00:37

2. Use Case.mp4

06:03

3. Tray Design.mp4

08:45

4. Piston Design.mp4

04:22

5. Piston Mount.mp4

12:04

5. Machine 3 Single Axis Timing Belt

1. Section Overview.mp4

00:42

2. Designing Timing Belt Linear CAD P1.mp4

07:52

3. Designing Timing Belt Linear CAD P2.mp4

06:53

4. Designing Timing Belt Linear CAD P3.mp4

03:41

5. Designing Timing Belt Linear CAD P4.mp4

08:49

6. Designing Timing Belt Linear CAD P5.mp4

08:24

7. Designing Timing Belt Linear CAD P6.mp4

13:34

6. Machine 4 3-Axis Linear Guide

1. Section Overview.mp4

01:19

2. Intro.mp4

03:28

3. Frame Design.mp4

12:45

4. Designing Frame Holders.mp4

06:41

5. X-Axis Design Part 1.mp4

04:25

6. X-Axis Design Part 2.mp4

06:56

7. X-Axis Design Part 3.mp4

02:27

8. X-Axis Design Part 4.mp4

09:58

9. X-Axis Design Part 5.mp4

09:33

10. X-Axis Design Part 6.mp4

05:55

11. X-Axis Design Part 7.mp4

07:46

12. X-Axis Design Part 8.mp4

10:43

13. X-Axis Design Part 9.mp4

03:38

14. X-Axis Design Part 10.mp4

03:04

15. X-Axis Design Part 11.mp4

02:29

16. X-Axis Design Part 12.mp4

04:25

17. X-Axis Design Part 13.mp4

03:15

18. Y-Axis Design.mp4

16:48

19. XY Working Area.mp4

06:07

20. Z-Axis Design Part 1.mp4

03:03

21. Z-Axis Design Part 2.mp4

09:00

22. Z-Axis Design Part 3.mp4

09:52

23. Vacuum Pick and Place Design Part 1.mp4

04:13

24. Vacuum Pick and Place Design Part 2.mp4

14:01

7. Machine 5 Conveyor Belt Design (Flat Belt)

1. Section Overview.mp4

00:49

2. Frame Design Part 1.mp4

06:49

3. Frame Design Part 2.mp4

04:26

4. Idler Pulley Design.mp4

08:47

5. Bearing Holder Design.mp4

08:21

6. Tensioner Design Part 1.mp4

07:35

7. Tensioner Design Part 2.mp4

09:08

8. Snap Rings.mp4

05:43

9. Drive Pulley Design.mp4

08:06

10. Nema17 Motor & Motor Mount Design.mp4

11:40

11. Motor Belt Design.mp4

04:55

12. Texturing.mp4

02:20

8. Machine 6 Conveyor Belt Design (Modular Belt)

1. Section Overview.mp4

00:57

2. Frame Design.mp4

06:43

3. Pates and Pins.mp4

05:36

4. Belt Design Part 2.mp4

11:00

5. Belt Design Part 1.mp4

07:58

6. Conveyor Extrusion.mp4

00:37

7. Shaft Design.mp4

09:54

8. Belt Design Part 3.mp4

03:53

9. Bearing Holder.mp4

12:49

10. Bearing Holder Part 2.mp4

08:16

11. Motor Mount Design.mp4

14:41

12. Base Design & Texturing.mp4

03:22

9. Export & Import Techniques

1. FBX Export.mp4

01:25

2. Derived Files.mp4

02:11

3. Fusion Limit Reach Export Important Projects.mp4

02:05

4. Importing STL.mp4

07:23

5. Scaling Imported STL.mp4

01:00

6. Measuring Imported Files.mp4

02:32

10. Congratulations! Whats Next

1. What should I do now.mp4

01:53

Description

3D Model conveyors | Single-Axis Motorized Motion | Three-Axis Cartesian Robots | Distribution Turntable | Timing Belts

What You'll Learn?

3D Hands-On Machine Design
Flat Conveyor Belts Design From Scratch
Modular Conveyor Belts Design From Scratch
Single-Axis Linear Guide Design From Scratch
Singe Axis Timing Belt Design From Scratch
Three-Axis Linear Guide Design From Scratch
Pick & Place using Cartesian Robots
Rejection Piston Deisng

Who is this for?

Anyone Intersted in Designing Industrial Machines from Scratch

Mechanical Engineers

PLC Programmers

Industrial Automation Engineers

Prototype Builders

Hobbyists

What You Need to Know?

If you have some Mechanical Design Background, then you are ready to go

If you don't have any, then you better Check "Robotics & Mechatronics 1"

More details

Description
This course is all about Industrial Machine Design From Scratch using Fusion 360Â (Free CAD Software)
Unlike other 3D CAD Courses which focuses on the Design Tool Functions, we will be focusing on Real-Life Machine Building with the utter most details, From Screws, Nuts, and Frames, ending with full Scale Machine.

All Machines we are designing are the most common machines in Small/Large Factories. And they form an essential role in almost any production line.

Here is a summary of what we will be designing :
Cartesian 3-Axis Robot
Pick & Place Machine
Single-Axis Linear Motion
Distribution/Accumulation Turntable
Single-Axis Piston Rejection Mechanisms
Flat Conveyor Belts
Modular Conveyor Belts
There one section that will introduce you to all Necessary Fusion 360 Functions

By the end of this course you should be able to:

Design Motion and Mechanical Concept for any machine you have in mind
Understand the actual Mechanical Parts involved in Real-Life Machines
Understanding the Most common machines used in actual Production Lines and Factories
If you are a PLC Programmer, then this course will also help you debug mechanical issues because of the understanding you will gain regarding Mechanical Parts and motion
Being able to design anything using one of the most famous CAD tools out there, Fusion 360

___________________________

This is Part 2/5 of the Robotics & Mechatronics Series, Which main purpose is to help you Master the following Path:

Course 1:Â Understand Mechanical Design Theory for Machines & Production Lines
Course 2: Designing, Hands-On, Real Industrial Mechanical Machines with Utter most Details
Course 3: Digital Twinning, and Actually Animate & Physically Simulate your 3D CAD Designs
Course4: PLC Control Mechanical Designs & Digital Twin using Algorithms
Course5: Hands-On Building & Controlling All your designs in Real-Life
Who this course is for:
Anyone Intersted in Designing Industrial Machines from Scratch
Mechanical Engineers
PLC Programmers
Industrial Automation Engineers
Prototype Builders
Hobbyists

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Robotics

Mouhammad Hamsho

Instructor's Courses

I always struggled finding information with the right details I am looking for. This is why, my mission was, to convey knowledge to others in the simplest way possible. By initially Ignoring the unnecessary details, and focusing on the main building blocks.Hello together, I am Mouhammad Hamsho, an Engineer, Freelancer, and content creator. My experience in over a 100 projects in the domain of Data analysis Embedded systems, and Industrial automation, has led me to be here today. By working at large companies like BMW, Schneider electric and many Freelancing opportunities with wonderful clients. I am brining to you the summary of that experience, Through my E-learning materials.I am also the owner of evertutorial dot com.I am here to be your mentor, not just trying to sell you stuff. If you need anything regarding my domain of expertise. Just let me know!

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