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      • Gelance Cushion - Andrei Motian
      • Landscapes for Warhammer - Dusanka Prvulovic
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      • Hyperdisposables - Anoush Mazloumian
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  • Coursework
    • Britt
      • research zine text
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    • Andrei
      • Week 1
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      • Week 2
        • Ohm's Law & circuits
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        • Inflatables 2D to 3D
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      • Project weeks 11 - ?
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          • Going even bigger
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    • Anoush
      • Week 11-19
        • Week 11 | project kick-off
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        • Week 15 | Progress presentation
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      • Week 1-8
        • Overall Reflection
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        • Week 1 | Kick-off
    • DaniĆ«l
      • Week 20: Expo Week
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      • Week 1: Kick-Off
      • Week 2: Electronics and Connecting Materials
        • Part I: The Basics and Recreating Circuits
        • Part II: The Making of the Speaker
        • Part III: Testing the speaker
      • Week 3: Reading Week
      • Week 4: Processes & Collaboration
        • Part I: exploring the words
        • Part II: experimenting with the laser cutter
      • Week 5: Critical Making 3D
        • Part I: Creating the injection mold
        • Part II: Creating the two-part mold
        • Part III: Printing the designs
      • Week 6: Electronics & Open Design
      • Week 7: Bioplastics
        • Material Properties Sheet
        • The Ma2E4 Toolkit
        • The Ma2E4 Toolkit (second bioplastic)
        • An application for the bioplastic
      • Week 8: Interfaces & Algorithmic Bias
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    • Desiree
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      • Week 2-3 Electromagnets
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    • Duncan
      • Week 1: Kick-Off
        • Masterclass Studio Overvelde
        • Workshop letterpress
        • Textielmuseum Tilburg
        • Meet the Makers - introduce yourself
        • Safetyzine
        • extraĀ“s
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        • Zine: Kits & Open sources
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        • Zine:
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        • extraĀ“s: week 8
      • Week 9: Reflection
        • Zine:
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        • Zine:
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        • Makers skills & attitude
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        • Scenario
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      • Week 15
        • Materialen lijst
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      • Week 16
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        • Inspiratie
        • Benodigdheden Woensdag 03/06/20
        • Inspiratie foto serie
        • Digitale tekeningen
      • Week 19
      • Week 20
    • DuÅ”anka
      • Week 1 - 8
        • 1 | Kick-Off
          • 2 | Electronics: Connecting Materials
            • Assignment 0 - Zine
            • Assignment 1 - Paper circuit
            • Assignment 2 - Soft speaker
          • Assignment 1
          • Assignment 2
        • 4 | Cutting Supersurfaces
          • Assignment 0 - Zine
          • Assignment 1 - Sample Book
        • 5 | Additive Manufacturing
          • Assignment 0 - Zine
          • Assignment 1 - Mold documentation
          • Assignment 2 - Molds
        • 6 | Untoolkit: Electronic Inputs
          • Assignment 0 - Zine
          • Assignment 1 - Antiprimadonna's
          • Assignment 2 - Working circuit
        • 7 | Transforming: Molding and Casting with Bioplastics
          • Assignment 0 - Zine
          • Assignment 1 - Intro
            • Bioplastics
            • Experiential toolkit
            • Material properties sheet
            • Future applications
            • Reflection
        • 8 | Untoolkit: Eelectronic Outputs
          • Assignment 0 - Zine
          • Assignment 1 - Working circuit
      • 11 | Projects Kick-Off
        • Trail of Evidence
      • 12 | First experiments
        • Trail of Evidence
        • Building the board
      • 13 | Project Work
        • Trail of Evidence
        • Building scenery
      • 14 | Reframing
        • Trail of Evidence
        • Game ideation
      • 15 | Making fake water
        • Trail of Evidence
      • 16 | Making a cherry blossom tree
        • Trail of Evidence
      • 17 | Expo plan & Clouds
        • Trail of Evidence
      • 18 | Research zine & Coffee soil
        • Research zine
      • 19 | Research zine 2.0
    • Kaz
      • 1 | Kick-Off
      • 2 | Electronics: Connecting Materials
        • Assignment 0 - Zine
        • Assignment 1 - Paper circuits
        • Assignment 2 - Building a speaker
      • 4 | Cutting Supersurfaces
      • 5 | Additive Manufacturing
      • 6 | Untoolkit: Electronic Inputs
      • 7 | Transforming: Molding and Casting with Bioplastics
      • 8 | Untoolkit: Electronic Outputs
      • 11 - 20 | Project: Face Mask Strap
        • 11 | Kick-Off / Pitch
        • Trail of Evidence
        • 15 | Midterm presentation
    • Kim
      • 1 - Introweek
        • Discussion notes
        • Try out zine - Week 1
      • 2 - Electronics: Connecting Materials
        • Zine - Week 2
      • Zine - Week 3
      • 4 - Cutting Supersurfaces
        • The making of: The Sample Book
        • Dense - Clear final sample book
        • Zine - Week 4
      • 5 - Additive Manufacturing
        • Understanding Fusion 360
        • Understanding Cura
        • Understanding the 3D Printer
        • Zine - Week 5
      • 6 - Coronaweek Untoolkit: Electronic Inputs
        • LDR LED connection with Arduino
        • Zine - Week 6
      • 7 - Coronaweek Transforming: Molding and Casting with Bioplastics
        • Material properties sheet + Experiential toolkit
        • Future Bioplastic concept
        • Zine - Week 7
      • 8 - Untoolkit: Electronic Outputs
        • Output swatch
        • Zine - Week 8
      • Project Page Biodegradable Packaging Bags
      • 11 - Project proposal week
        • Trial of evidence week 11
      • 12&13 - Project Bioplastic Consumables
        • Trial of evidence week 12&13
      • 14 - Reframing week
        • Trial of evidence week 14
      • 15 - Project work
        • Trial of evidence week 15
      • 16 - Reframing and expo prep
        • Trial of evidence week 16
        • 16 - The first test
      • Material Sample 1
      • 17 - Project work
        • 17 - Ironing a bioplastic bag
        • 17 - New method for sticking a bioplastic bag together
        • 17 - How to compost?
        • Trial of evidence week 17
      • 18 - Trial of Evidence
      • 19 - Trial Of Evidence
      • 20 - Trial Of Evidence
      • 21 - Final Expostion
    • Laura
      • Week 1: Kick off
      • Week 2: Electronics: connecting materials
      • Week 4: Cutting Supersurfaces
      • Week 5: Additive Manufacturing
      • Week 6: Untoolkit: Electronic inputs
      • Week 7: Transforming Molding and Casting with Bioplastics
      • Foam For Material Activists
        • How to protect?
        • To find a material
        • Foam
        • Trail of Evidence
        • Midterm presentations
    • Summer
      • Foto's
      • Midterm presentation
      • Project: Stop touching
        • Project Proposal
        • Inspirational projects
      • Cutting Supersurfaces
      • Additive Manufacturing
      • Molding and Casting with Bioplastics
        • Creating natural dyes
        • Created bioplastics
      • Electronic input
      • Electronic output
    • Thijs
      • Week 1 - Kickoff
      • Week 2 - Electronics : connecting materials
      • Week 2 - Workshop : debugging circuits
      • Week 2 - Making a speaker
      • Week 3 - Processes & Collaboration
      • Week 4 - Cutting supersurfaces
      • Week 4 - Zine editor
      • Week 5 - Additive manufacturing
      • Week 6 - Untoolkit: Electronic Inputs
      • Week 7 - Transforming: Molding and Casting with Bioplastics
        • Ma2E4 Toolkit
        • Future applications & reflection
      • Week 8 - Untoolkit : electronic outputs
      • Week 11 - Project kickoff
      • Week 12 - First experiments
      • Week 13 - Project work
      • Week 14 - Reframing & trail of evidence
        • Reframing : additional research
        • Shopping list
        • Testing bioplastic material
      • Week 15
      • Weeks 15 - 20
      • Expo prep
  • CLASS NOTES
    • Zine documentation (collaborative doc)
    • Discussions week 2-8
      • Week 02 - Connecting Materials
      • Week 04 - Cutting Supersurfaces
      • Week 05 - Additive Manufacturing
      • Week 06 - Untoolkit Electronics Inputs
      • Week 07 - Transforming Bioplastics
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On this page
  • Introduction
  • Daniels' mold 1 and 2
  • Qlone
  • Internet Lego man
  • Printing
  • Vacuum former
  • My own 3D print
  • First assumptions
  • End result
  • Reflection
  • My own Mold
  • Stuck with a problem
  • Solution
  • End result
  • Reflection
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  1. Coursework
  2. DuŔanka
  3. Week 1 - 8
  4. 5 | Additive Manufacturing

Assignment 1 - Mold documentation

Documentation for my mold

PreviousAssignment 0 - ZineNextAssignment 2 - Molds

Last updated 5 years ago

Introduction

With this assignment I was working together with Daniel. We decided to let me do mold 3, and Daniel mold 2. Whoever was finished first would do mold 1 as well. Mold 3 was the 3D mold, I choose this one because it seemed the most interesting to me because you could basically make what ever you want since most things in life are 3D.

Daniels' mold 1 and 2

Daniel and me decided that he could do mold 2 and mold 1 and I would do mold 3. Mold 2 is an 2,5 D object and mold 1 is the object itself and mold 3 is the 3D object. Maybe there was some miscommunication because later on I saw that his mold 2 wasn't a 2,5 D mold but a 3D one, the one I also did. But I think he did a good job, especially with mold 1; he discovered that you can upload an .PNG into Fusion 360 and it can cut ino the mold, which is a handy trick to know.

Qlone

After some researching I found an app called 'Qlone'. This app makes a photo into a 3D object. I thought this would be an easy way so that I wouldn't have to create a 3D object myself and save some time with that. This sounded to good to be true, and indeed, it was. I had to print out some sort of QR code and put the object that I wanted to have a 3D object of, on the QR map. The 3D object came out very unaesthetic! I even chose for a simple object without too many angles, a pack of cigarettes, but it still didn't do the job.

Internet Lego man

After the failure of making something in Qlone, I decided to still go on in Fusion. For the 3D mold I have chosen to make a Lego man. I chose this because the Lego man is made out of simple figures put together, like boxes and spheres, the edges are just adjusted. Since this would be my first experience with Fusion 360 I did not wanted to make this a experience that would be too difficult.

I knew that I could make this myself because it is not a complex 3D object, and I am going to, later in this documentation, but for now I just didn't had the time unfortunately.

Printing

The printing went pretty smooth, however, I forgot to turn on support in Cura so the first time a piece of the Lego man was printed in the air and it didn't stick to the bottom part of the printer. Luckily, I watched the printer print the first 15-30minutes, like recommended, so I saw this happening. The first time it came out like this:

When Henk told me why it was doing this I changed the settings with him in Cura and about an hour and a half it came out perfectly! I chose for a white fillament because I wanted to paint on it later.

After pulling off the support with tweezers it came out like this:

End result

I choose to paint it a bit to let it come more alive and make it look like a Lego man a bit more. I just used simple acrylic paint bought at Action.

Vacuum former

After the 3D Print was done I created a 2.5D mold of the 3D object because I did not have a mold of the 3D object yet. I simply put the Lego man on the frame and put PET-film on top of it. I closed the frame and because of the heat the film will go around the LEGO-man.

My own 3D print

First assumptions

I knew hat the arms were going to be the toughest part because that part is not just a figure, it is very adjusted in a way that I don't know how to do. Parts like the upper body and legs are simply stretched out squares or pipes. The hands are a cilinder with a hole in it and a square is cut into the cilinder on one side to make the hands open. With these assumptions I started designing:

End result

This GIF is only about 30 seconds, but in real life this took me about 2 days because I was completely new to 3D designing. I asked help on the Autodesk forums and watched a few tutorials. Overall, this experience was very fun and I have learned a lot in about a week and a half.

Reflection

I am pretty happy with my end result. Of course it's not as detailed as the one I have printed before and took from the internet but, hey, at least it's mine and I designed it myself. Like I said in my assumptions, the arms were the toughest part that's why I chose to just make rectangles instead of some very adjusted body part, unfortunately I haven't figured out how to make something like that yet.

My own Mold

This mold was such a pain in the ass! To make the mold itself it went very smootly, the only thing that kept on happening was that some bodyparts didn't cut into the mold, like on this picture:

Stuck with a problem

Solution

The head of the upper body and head were hollow! This sounds so logical now but I haven't thought of it before. That is why it didn't cut through mold. I tried filling the hollow parts with create > boundry fill, but unfortunately it didn't work. After spending a lot of time on the same thing and not figuring out how to do it, I decided to just make the upperbody and head again. It didn't turn out as nice as it was before but I was already happy that I knew the answer to my problem. When deleting my old upperbody and head I designed them again in the solid menu. After that I made the mold (again, lol), it looked like this:

End result

On the picture above you can see the bottom part of the mold, and it finally turned out as I wanted to, kinda. I think the Lego man is to wide, but I didn't wanted to do it all over again. I then put some spheres with a diameter of 4mm on each corner of the bottom mold and combined it. After combining I could split the sphere faces of the top mold so that it would substract the spheres on the top mold. When printed out, the spheres of the bottom mold fall into the holes of the top mold. I made a hole to put the material in on the upper body of the Lego man because it is in the middle, and it just seemed the most logical place to me, I think because the material would go eevenly through the hole body. I made an airhole, which was smaller than the material hole, on the highest part of the Lego man, which was the head.

Reflection

Because of the virus I haven't had the time to go to school and print the mold out yet, so I am not totally sure about the end result. But what I see on my screen and the effort I have put into designing this I can say that I am proud of what I have made. Of course I still see some things that I have wanted to do differently, like the arms or making the man a bit less wide but, I couldn't have thought of designing this 1.5 week ago. I'm very excited to see how it will turn out when it is printed.

In the first 2/3 days I was busy making my own 3D model, however I had not enough time to finish my mold and 3D object, so, (against my own norms, I'm not proud of it) I printed a 3D model that I have found on the internet so that it was finished for the show & tell. But I knew that I would finish my own one very soon, just not on time. The one that I took from internet is

After the Show & tell was over I went on with finishing my own 3D Lego man because I wanted to have something that I completely designed myself. As my reference for the Lego man I used

The legs and arms were perfectly fine, just the head and the upper body did not go into the mold and I couldn't figure out why. After remaking the mold several times, following every step of (which was very helpful by the way), I could still not figure out why it was doing this over and over. After trying several things I decided to go on Autodesk forum and ask (which I shoud've done way earlier!), someone came with the answer to my problem:

this one:
this picture:
this tutorial
my question
513KB
LEGO_Man.stl
wk05_dusanka_3D print
304KB
lego poppetje final v2.obj
wk05_dusanka_lego man
260KB
lego mal bottom_final v1.obj
wk05_dusanka_bottom mold
297KB
lego mal top_final v2.obj
wk05_dusanka_top mold
Week 5 Makers Lab, Daniels' molds, 2020
3D Object, Magich, 2020
3D printing without support, Dusanka, Magich, 2020
3D printing with support Cura settings, Dusanka, Henk, Magich, 2020
3D printing, Dusanka, Henk, Magich, 2020
3D printing, Dusanka, Henk, Magich, 2020
3D printing, Dusanka, Henk, Magich, 2020
3D printing, Dusanka, Henk, Magich, Daniel, 2020
3D printing reference, Dusanka, 2020
3D making in Fusion, Dusanka, 2020
3D making in Fusion, Dusanka, 2020
3D mold making in Fusion, Dusanka, 2020
3D mold making in Fusion, answer, Dusanka 2020
3D mold making in Fusion, Dusanka 2020
From left to right: top, bottom, top & bottom on each other, Dusanka, 2020