What you'll learn
Lean How Real-World Industrial Machines are Designed
Understanding The Mechanical Parts involved in Machine Design
Learn about Shafts, Bearings, Belts Pulleys and See where they are used
Learn About Pick and Place Machines and Linear Guides Design
Learn about Conveyor Systems in Details
Learn about Parts Feeding Systems
Learn about Vibrational And Linear Systems
Learn about End Effectors and Robot Grippers
Requirements
No Prior Knowledge is Required
Description
You cannot apply Machine & Industrial Automation Control And Monitoring, without having a Machine to control in the first place!That's what this course is about, getting you introduced to :1. What are all of those moving parts we see in Industrial Machines2. What types of production lines can those parts actually make.Welcome to you in the first course of the five Courses Series about Robotics, Mechatronics and Industrial Automation.In this first Theoretical course you will learn about:Shafts, Pulleys, Gears, Belts, Bearings, and all of those moving partsSizing Machine Motors according to the mechanical loadMachine manufacturing materials like Stainless steel and PlasticsConveyor systems design theory and Conveyor typesSingle/Three Axis Linear Motion systems design theoryStorage systems and DischargeFeeding systems in assembly lines and their TypesEnd Effectors for Milling and Pick and place applicationsA sum it all study caseWhy should you learn Machine Theory and Industrial Design?Tons and tons of tutorials are out there teaching about Control, Electronics and Machine Programming. But the courses actually talking about the bones of all of this is almost never existence. I'm here to introduce you to the basics of Mechanical Systems used In Industrial and Manufacturing Environment.What to expect after completing this Course?Have a foundation about mechanical partsBe able to brain storm to design new machineUnderstand the different types of Production LinesBe able to identify production line and parts by sightThis is course #1/5 in the Robotics & Mechatronics Series. The purpose of this series is to be able to design machines, control them, Digital Twin them, and then actually build them!
Overview
Section 1: Mechanical Parts
Lecture 1 Overview
Lecture 2 Machine Frames
Lecture 3 Manufacturing Materials
Lecture 4 Aluminum Profile (Extrusion) Accessories
Lecture 5 Motors
Lecture 6 Motor Couplers
Lecture 7 Shafts
Lecture 8 Bearings
Lecture 9 Belts And Pulleys
Lecture 10 Shaft Lock Mechanisms
Lecture 11 Vibration Drivers
Lecture 12 Screws, Nuts And Sizing
Lecture 13 Motor Sizing According on Mechanical Load
Lecture 14 Motor Speed Reduction Techniques
Section 2: Product Storage Systems
Lecture 15 Overview
Lecture 16 Intuition - Storage Systems
Lecture 17 Hoppers Discharge Mechanisms
Lecture 18 Self-Weighting Hoppers
Lecture 19 Tank Liquid Level Measurement
Section 3: Conveying Systems
Lecture 20 Overview
Lecture 21 Conveyor Systems Type
Lecture 22 Flat Belt Conveyor Design
Lecture 23 Modular Belt Design
Lecture 24 Elevator Conveyor
Lecture 25 Screw Conveyor
Section 4: Parts Feeding Systems
Lecture 26 Overview
Lecture 27 What Are Feeding Systems
Lecture 28 Step Feeder
Lecture 29 Vibrational Bowl Feeder
Lecture 30 Vibrational Linear Feeder
Lecture 31 Turntables
Lecture 32 Starwheels
Section 5: Linear & Cartesian Localization Systems
Lecture 33 Overview
Lecture 34 Signle-Axis Linear Motion
Lecture 35 Lead Screw Rail Guide
Lecture 36 Lead Screw Dual Guide
Lecture 37 Timing Belt Rail Guide
Lecture 38 3-Axis Linear Motion
Section 6: End Effectors
Lecture 39 Overview
Lecture 40 End Effectors-Manipulators
Lecture 41 Grippers
Lecture 42 Vacuum End Effectors
Lecture 43 Rotational/Motorized End Effectors
Section 7: Case Study
Lecture 44 Overview
Lecture 45 Bottles Filling and Capping
Section 8: What's Next?
Lecture 46 Conclusion
Industrial Automation Engineers,Mechanical Designers,Robotics Engineers,Product Designers,Machine Design Engineers

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