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Let's start to use 3D-Printer for Beginners

Let's start to use 3D-Printer for Beginners

This is English version of the slide (https://speakerdeck.com/noguhiro2002/toriaezushi-meru3dpurinta-xuan-nde-dezainsite-yin-shua-site).

Presentation: Laboratory Automation Community Oct./2020 Meeting.
https://laboratoryautomation.connpass.com/event/191076/

Hiroki Noguchi, Ph.D.
Google Scholar: https://scholar.google.com/citations?user=yFVtJ5oAAAAJ&hl=ja

## Movie links of this slide ##
Page 5
 ・Huge object(House): https://youtu.be/pxrVEfxrwUw
 ・Nano scale device: https://youtu.be/ZpgLGFYoUTc
 ・Food(Meat): https://youtu.be/fLpeeUYtW94
 ・Body-parts(internal organs): https://youtu.be/A8ijIcyndDk
Page 15-24
 ・1. Rough design: https://youtu.be/rrCjoXBtciM
 ・2. Fusion360: https://youtu.be/Oq1mw8vJlkY
 ・3. Slicing with Cura: https://youtu.be/5zPt9JiZSLU
 ・4. Filament Change: https://youtu.be/6L-bgOy90os
 ・5. Clearance Adjustment: https://youtu.be/s9X_MAjmcq4
 ・6. Start 3D-Print: https://youtu.be/Ncx6ocjSE68
 ・7. Finish 3D-Print: https://youtu.be/q5tHyXBRdZs
Page 25
 ・50mL centrifuge tube holder model file: https://www.thingiverse.com/thing:4638616

noguhiro2002

March 03, 2022
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Transcript

  1. Hiroki Noguchi, Ph.D.
    Let’s start to use 3D-Printer for Beginners
    - Choosing, Designing, and Printing -

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  2. Introduce myself
    • 2015, Yokohama City University, Ph.D.
    • ’15 Indiana State Univ. (US), Post-doc Res.
    • ’16 KU LEUVEN (Belgium), Post-doc Res.
    • ‘19 Pharm. Company., Pharm. Technology (JP)

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  3. From short talk @LADEC2020
    Let’s start bottom-up
    laboratory automation
    with 3D-printer!

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  4. Peoples to create something with a 3D printer, and
    want to enhance their research, work and life.
    Target persons of this presentation
    J

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  5. https://grabcad.com/
    https://www.thingiverse.com/ https://youtu.be/pxrVEfxrwUw
    https://youtu.be/ZpgLGFYoUTc https://youtu.be/fLpeeUYtW94 https://youtu.be/A8ijIcyndDk
    Huge object(House)
    Nano scale device Food(Meat) Body-parts(internal organs)

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  6. 3D-Printers
    What types are there?

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  7. 3D SYSTEMS
    Stereolithography (SLA)
    Price
    Accuracy
    出典: Stratasys Co. Ltd.(http://www.Stratasys.co.jp/), 3D SYSTEMS Co. Ltd. (http://ja.3dsystems.com), Form labs Co. Ltd. (http://formlabs.com/), Comgrow3d (http://comgrow3d.com)
    Material jetting
    Stratasys
    Selective Laser
    Sintering (SLS)
    3D SYSTEMS
    Binder Jetting
    3D SYSTEMS
    $100 ~ $1 million ~ $10 million ~
    1000 μm
    10 μm
    100 μm
    FDM
    Comgrow
    Digital Light Processing (DLP)
    ANYCUBIC

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  8. 3D SYSTEMS
    Stereolithography (SLA)
    Price
    Accuracy
    出典: Stratasys Co. Ltd.(http://www.Stratasys.co.jp/), 3D SYSTEMS Co. Ltd. (http://ja.3dsystems.com), Form labs Co. Ltd. (http://formlabs.com/), Comgrow3d (http://comgrow3d.com)
    Material jetting
    Stratasys
    Selective Laser
    Sintering (SLS)
    3D SYSTEMS
    Binder Jetting
    3D SYSTEMS
    $100 ~ $1 million ~ $10 million ~
    1000 μm
    10 μm
    100 μm
    FDM
    Comgrow
    Digital Light Processing (DLP)
    ANYCUBIC
    Easy to get ( <$1000 )

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  9. Ref.: Amazon.co.jp (http://www.amazon.co.jp/)

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  10. 出典: Amazon.co.jp (http://www.amazon.co.jp/)
    Which one is good to buy ?

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  11. MEGA-S
    (ANYCUBIC)
    $212 (Amazon.com)
    Ender-3X
    (Comgrow)
    $189 (Amazon.com)
    Photon Mono-X
    (ANYCUBIC)
    $590 (Amazon.com)
    FDM DLP
    2022/03/02
    出典: Amazon.co.jp (http://www.amazon.co.jp/), Anycubic (http://www.anycubic.com/), Comgrow3d (http://comgrow3d.com)
    Which 3D-printer is good to buy? (my opinion)

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  12. Ref: Form Labs Co. Ltd. (http://formlabs.com)
    Form 3
    (FormLabs)
    $ 6,000
    Great SLA Printers if you are rich J
    Form 3L
    (FormLabs)
    $ 19,000
    2020/10/27
    Low Force Stereolithography

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  13. Do you decide which 3D-Printer to buy?

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  14. OK. Let’s create your original 3D-Printing objects !
    In this time, with FDM !

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  15. Creating 50 mL Tube Folder.
    Everyone have

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  16. Reference: SD-CARD illustrate (Nikita Golubev, https://www.flaticon.com/free-icon/sd-card_287465), other illustrates (Freepik,https://www.flaticon.com/)
    .STL
    Rough design
    Idea
    Create print model
    .gcode SD-Card
    Print preparation
    Filament
    change
    Clearance
    adjustment Print
    Print

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  17. .gcode
    .STL
    Rough design
    Idea SD-Card
    Filament
    change
    Clearance
    adjustment Print
    Reference: SD-CARD illustrate (Nikita Golubev, https://www.flaticon.com/free-icon/sd-card_287465), other illustrates (Freepik,https://www.flaticon.com/)

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  18. • Cheap but high performance
    (Free for person or university)
    • Powerful knowledge in Internet
    • A lot of tutorial movies @ You Tube
    • 2D à 3D model
    .gcode
    .STL
    Rough design
    Idea SD-Card
    Filament
    change
    Clearance
    adjustment Print
    Reference: SD-CARD illustrate (Nikita Golubev, https://www.flaticon.com/free-icon/sd-card_287465),
    other illustrates (Freepik,https://www.flaticon.com/), Autodesk. Fusion360 (http://www.Autodesk.co.jp)

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  19. Ultimaker Cura
    .gcode
    .STL
    Rough design
    Idea SD-Card
    Filament
    change
    Clearance
    adjustment Print
    • Splicing for FDM 3D-Printer
    • Generate G-code to control
    motors of 3D-printer from 3D
    polygon (STL)
    • Famous Free Software
    Reference: SD-CARD illustrate (Nikita Golubev, https://www.flaticon.com/free-icon/sd-card_287465), other illustrates (Freepik,https://www.flaticon.com/)

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  20. • Filaments
    - PLA (Standard, hard)
    - ABS (Standard, normal)
    - PETG (Standard, Chem. Resist.)
    - TPU (Soft)
    - PC (Engineering plastic)
    etc…
    • Selecting filaments depends
    on hot-end temperature
    and base-plate temperature.
    .gcode
    .STL
    Rough design
    Idea SD-Card
    Filament
    change
    Reference: SD-CARD illustrate (Nikita Golubev, https://www.flaticon.com/free-icon/sd-card_287465), other illustrates (Freepik,https://www.flaticon.com/)

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  21. • MOST IMPORTANT POINT To
    Successful Printing !!
    • Accurate Adjust (+- 0.1mm) is
    needed.
    • Not need re-adjustment several
    months after one-time accurate
    adjustment.
    .gcode
    .STL
    Rough design
    Idea SD-Card
    Clearance
    adjustment
    Reference: SD-CARD illustrate (Nikita Golubev, https://www.flaticon.com/free-icon/sd-card_287465), other illustrates (Freepik,https://www.flaticon.com/)

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  22. • Insert SD-CARD and Push
    Start.
    • If initial layer is not on base,
    it is caused by distance
    between hot-end and base.
    • You will be able to get
    perfect object if initial layer
    is success.
    .gcode
    .STL
    Rough design
    Idea SD-Card Print
    Reference: SD-CARD illustrate (Nikita Golubev, https://www.flaticon.com/free-icon/sd-card_287465), other illustrates (Freepik,https://www.flaticon.com/)

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  23. 1.5 hours later…
    Reference: SD-CARD illustrate (Nikita Golubev, https://www.flaticon.com/free-icon/sd-card_287465), other illustrates (Freepik,https://www.flaticon.com/)
    .gcode
    .STL
    Rough design
    Idea SD-Card Print

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  24. • Easy pick-up printed objects
    after cooled base.
    • Remove support materials.
    • High performance FDM 3D-
    printers have two extruder,
    one is normal, one is for use
    water-soluble material.
    Reference: SD-CARD illustrate (Nikita Golubev, https://www.flaticon.com/free-icon/sd-card_287465), other illustrates (Freepik,https://www.flaticon.com/)
    .gcode
    .STL
    Rough design
    Idea SD-Card Print

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  25. Printed !
    https://www.thingiverse.com/thing:4638616
    You can download the STL file.

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  26. Acknowledgements
    • All developers of Open Source Software and Open Source Hardware.
    • All authors who wrote technical articles on the internet.

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