RPT Workshop

3D Printing
3D Printing is also known as additive manufacturing. It is a prototyping process whereby an real object is created from a 3D design. The digital 3D model is saved as .STL format and then sent to a 3D printer. The 3D printer prints the design layer by layer and forms a real object.

Workshop

The first of its kind, RPT Workshop conducted by us will cover all the basic knowledge as well as in-depth technologies. Since RPT is rapidly developing in India, it's necessary for students as well as teaching professionals to update their knowledge in 3D Printing Technology.

3D Printer "The Machine that Will Change the World"
"Future Machine for Every Home in 2020"

  • Agenda

  • This one day workshop is all about the first step for someone completely new to the world of 3D Printing. We at 3D Makers CADD Academy preparing the world for such an upcoming future.

    1. An Interactive discussion on the introduction to 3D Printing (60 Mins)

    • - General Introduction
    • - Various Techniques Involved
    • - How and Where it's Used
    • - Technical Aspects


    2. Computer Aided Design (60 Mins)
    • - Installation of Sketch Up Make
    • - Basic 3 Dimensional Structures like Cubers, Cylinders
    • - Overview of other CAD Software
    • - How to design anything you visualize


    3. Slicing (90 Mins)
    • - Parameters involved in 3D Printing
    • - Visualizing the G-Code to see the simulated actual output
    • - Simulating the output for different orientations and parameters
    • - Support Material Generation


    4. 3D Printing Various Objects (60 Mins)
    • - Briefing 3D Printer
    • - Random Interesting Objects
    • - Participant's Designs


    5. 3D Printing Involved in NASA, Aerospace & Fashion Design (60 Mins)
    • - NASA-ROVER Space Vehicle
    • - Aerospace
    • - Fashion Designs


    6. Open Ended Discussion (Till the end)

  • 1st Day - Forenoon

    1. An Interactive discussion on the introduction to 3D Printing (60 Mins)

    • - General Introduction
    • - Various Techniques involved- FDM , SLS & SLA.
    • - How and where it’s used
    • - Technical Aspects


    2. Computer Aided Design (60 Mins)
    • - Overview of CAD software’s
    • - Basic 3 Dimensional structures like Engine, cylinders, and turbines, etc.
    • - How to design anything you visualize.
    • - How to design a static object and dynamic objects.
    • - File conversion and special techniques.


    3. Hands on Training (90 Mins)
    • - Making your visualized design by FDM 3D Printer machine.
    • - Brief explanation of parts in 3D Printer,/li>
    • - How to achieve a micron level printing products.


    1st Day - Afternoon

    4. Product and Slicing (60 Mins)
    • - Product MESHING in modelling software and FACETRES in CAD software
    • - Interfacing in SLICING software
    • - Automatic support define
    • - Slicing CAM tool path generation


    2nd Day Forenoon

    1. INTRODUCTION ON 3D PRINTING IN MEDICAL FIELD IN CURRENT & FUTURE TREND (60 MINS)

    • - Ortho
    • - Plastic surgeries
    • - Prosthetics
    • - Cardio


    2. INTRODUCTION ON 3D PRINTING IN AUTOMOBILE INDUSTRIES (30 MINS)

    3. HANDS ON TRAINING (120MINS)

    • - Group selection
    • - Filament loading & unloading process
    • - Preheat setting process
    • - Bed level setting
    • - Medical product printing, from the participating of the group


    6. 3D PRINTING INVOLVED IN NASA , AEROSPACE & FASHION DESIGN. (60MINS)

    • - NASA-ROVER Space vehicle
    • - Aerospace
    • - Fashion Designs


    7. HANDS ON TRAINING (100 MINS)

    • Random interesting objects
    • Participant's designs


    8. OPEN ENDED DISCUSSION (TILL THE END)

  • 1st Day - Forenoon

    1. An Interactive discussion on the introduction to 3D Printing (60 Mins)

    • - General Introduction
    • - Various Techniques involved- FDM , SLS & SLA.
    • - How and where it’s used
    • - Technical Aspects


    2. Computer Aided Design (60 Mins)
    • - Overview of CAD software’s
    • - Basic 3 Dimensional structures like Engine, cylinders, and turbines, etc.
    • - How to design anything you visualize.
    • - How to design a static object and dynamic objects.
    • - File conversion and special techniques.


    3. Hands on Training (90 Mins)
    • - Making your visualized design by FDM 3D Printer machine.
    • - Brief explanation of parts in 3D Printer,/li>
    • - How to achieve a micron level printing products.


    1st Day - Afternoon

    4. Product and Slicing (60 Mins)
    • - Product MESHING in modelling software and FACETRES in CAD software
    • - Interfacing in SLICING software
    • - Automatic support define
    • - Slicing CAM tool path generation


    3. HANDS ON TRAINING (120MINS)

    • - Group selection
    • - Filament loading & unloading process
    • - Preheat setting process
    • - Bed level setting
    • - Mechanical product printing, from the participating of the group


    2nd Day Forenoon

    1. INTRODUCTION ON 3D PRINTING IN MEDICAL FIELD IN CURRENT & FUTURE TREND (60 MINS)

    • - Ortho
    • - Plastic surgeries
    • - Prosthetics
    • - Cardio


    2. INTRODUCTION ON 3D PRINTING IN AUTOMOBILE INDUSTRIES (30 MINS)

    3. HANDS ON TRAINING (120MINS)

    • - Group selection
    • - Filament loading & unloading process
    • - Preheat setting process
    • - Bed level setting
    • - Medical product printing, from the participating of the group


    2nd Day Afternoon

    4. SLICING SOFTWARE LIKE CURA & SIMPLIFY3D (60 MINS)

    • - Integrating CURA & SIMPLIFY3D from modelling software’s
    • - Machine customising
    • - Support Material Generation
    • - Simulating the output for different orientations and parameters
    • - Visualizing the G-code to see the simulated actual output


    5. HANDS ON TRAINING (60MINS)

    • - Group selection
    • - Filament loading & unloading process
    • - Preheat setting process
    • - Bed level setting
    • - Mechanical product printing, from the participating of the group


    6. 3D PRINTING INVOLVED IN NASA , AEROSPACE & FASHION DESIGN. (60MINS)

    • - NASA-ROVER Space vehicle
    • - Aerospace
    • - Fashion Designs


    7. HANDS ON TRAINING (100 MINS)

    • Random interesting objects
    • Participant's designs


    8. OPEN ENDED DISCUSSION (TILL THE END)

    3rd Day Forenoon

    1. PROJECT -1 MUTIPLE PART DESIGN (60 MINS)

    • - Using CREO software
    • - Multiple part
    • - Assembly
    2. PROJECT-1 FABRICATION HANDS ON TRAINING (120MINS)

    • - Group selection
    • - Filament loading & unloading process
    • - Preheat setting process
    • - Bed level setting
    • - Toy product printing, from the participating of the group


    3rd Day Afternoon

    3. PROJECT -2 DYNAMIC PART DESIGN (60 MINS)

    • - Using CREO software
    • - Without assembly technique


    4. PROJECT-2 FABRICATION HANDS ON TRAINING (120MINS)

    • - Group selection
    • - Filament loading & unloading process
    • - Preheat setting process
    • - Bed level setting
    • - Mechanical product printing, from the participating of the group
    • - Random interesting Objects
    • - Participant's Designs


    5. OPEN ENDED DISCUSSION (TILL THE END)

Office

#174E, 2nd Floor, North Veli Street,

Opposite to Canara Bank,
Next Alagendran Automobiles Unit-1,

Simmakkal, Madurai - 625 001.

Phone :+91-99427 81728


IT Office:

#24, 2nd Floor, V.J.R. Towers,

T.P.K. Main Road,

Vasantha Nagar,

Madurai - 625 003.

Phone :+91-73051 51811

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