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<div>The Bambu 3D Printer&nbsp;can be found inside the [[Clean Room]].&nbsp;
<div>The Bambu 3D Printer&nbsp;can be found inside the [[Clean Room]].&nbsp;


The Purpose of this page is to give a more in-depth look at the Bambu 3D Printer.
The purpose of this page is to give a more in-depth look at the Bambu 3D Printer.


If you have any issues with Clean Room equipment, the slack channels associated with this space include: #general, ##general, #shop-3d-printing, and #shop-laser.
If you have any issues with Clean Room equipment, the slack channels associated with this space include: #general, ##general, #shop-3d-printing, and #shop-laser.
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<p>Inspect the equipment before using it.</p>
<p>Inspect the equipment before using it.</p>
<p>The Bambu 3D Printer has its own orientation, you can sign up for it by going to the main Berea Makerspace website.</p>
<p>The Bambu 3D Printer has its own orientation, you can sign up for it by going to the main Berea Makerspace website.</p>
<div>


== <span style="font-size: 24pt;" >Equipment</span> ==
== Hardware ==
</div>
<div><div class="li">(2x) Bambu Lab X1-C ('''Requires Basic FDM Orientation''')</div>
**<div class="li">One is equipped with the AMS system for multicolor / multimaterial</div>
**<div class="li">Build Volume: 256mm x 256mm x 256mm</div>
**<div class="li">Nozzle Size: 0.4mm</div>
**<div class="li">Materials Supported: PLA, PETG, ABS/ASA, Nylon, TPU, Soluble Support Materials</div>
**<div class="li">Slicer Used:&nbsp;'''Bambu Studio'''</div>
<div>
 
== Filament ==
</div>
<div><div class="li"><div class="li">'''Material'''&nbsp;- PLA, PLA+, PETG</div>
*<div class="li">Please let us know if you'll be using PETG, or unlisted materials. A cold pull will need to be performed after use</div>
**<div class="li">A cold pull involves clearing out the hotter melting filament before using a colder melting filament. PLA is the most common used filament at the space, and has the lowest melting temp - any debris left after a PETG or similar print will not melt under PLA hotend temperatures. This generally requires preheating the hotend to the temp of the higher melting point material, passing PLA filament through, cooling the hot end below the PLA melt temp (ideally around 160c) and physically pulling out the filament.</div>
**<div class="li">This should remove extra filament that was remaining in the hot end before the procedure</div>
**<div class="li">This may need to be performed multiple times</div>
**<div class="li">If you are not comfortable doing this, please stick with PLA, or coordinate with Jess or another experienced printer in order to load and unload your filament</div>
***<div class="li">That said, please get comfortable doing this. I'm happy to help you the first time, or if there is an unexpected clog, but advanced filaments require you to be competent in this level of printer maintenance</div>
<div class="li">'''Filament Size'''&nbsp;- 1.75mm</div>
<div class="li">'''Brand'''&nbsp;-&nbsp;''Most''&nbsp;PLA and PETG available these days is of adequate quality. Amazonbasics, SUNLU, Hatchbox, Overture are my most purchased filaments</div>
**<div class="li">[https://llldmax.com/ IIID Max]&nbsp;is a great option if you're buying a lot. Free shipping and the lowest per kg prices right now</div>
**<div class="li">[https://www.pushplastic.com/ PushPlastic]&nbsp;is my preferred vendor for large rolls. The filament spool holder I have available for the cr-10 max supports their rolls. Be wary, as the hole size for various vendors for 5kg+ spools can vary drastically.</div>
<div>
 
== Recommended 3D Modeling Software ==
</div>
<div><div class="li"><div class="li">
 
*<div class="li">[https://www.tinkercad.com/ TinkerCAD]- Browser based, cloud-based, approachable for makers of all ages</div>
*<div class="li">[https://www.autodesk.com/products/fusion-360/overview Fusion 360]- Cloud-based parametric 3d modeling software. Collaborative, powerful, free license available</div>
*<div class="li">[https://www.luban3d.com/ LuBan]- Has a number of fun features for scaling models to any size, lithographs, box making, extrusion, etc. We have a license for this software on-site, available on the PC located in the 3d Printing Area</div>
</div></div></div></div></div></div>


== Equipment Name ==
== Equipment Name ==

Revision as of 19:23, 25 July 2024

General Information

The Bambu 3D Printer can be found inside the Clean Room

The purpose of this page is to give a more in-depth look at the Bambu 3D Printer.

If you have any issues with Clean Room equipment, the slack channels associated with this space include: #general, ##general, #shop-3d-printing, and #shop-laser.

Orientation

Do not operate any power equipment if you are under the influence of anything, in a hurry, are tired, or are not feeling well.

Inspect the equipment before using it.

The Bambu 3D Printer has its own orientation, you can sign up for it by going to the main Berea Makerspace website.

Hardware

(2x) Bambu Lab X1-C (Requires Basic FDM Orientation)
    • One is equipped with the AMS system for multicolor / multimaterial
    • Build Volume: 256mm x 256mm x 256mm
    • Nozzle Size: 0.4mm
    • Materials Supported: PLA, PETG, ABS/ASA, Nylon, TPU, Soluble Support Materials
    • Slicer Used: Bambu Studio

Filament

Material - PLA, PLA+, PETG
  • Please let us know if you'll be using PETG, or unlisted materials. A cold pull will need to be performed after use
    • A cold pull involves clearing out the hotter melting filament before using a colder melting filament. PLA is the most common used filament at the space, and has the lowest melting temp - any debris left after a PETG or similar print will not melt under PLA hotend temperatures. This generally requires preheating the hotend to the temp of the higher melting point material, passing PLA filament through, cooling the hot end below the PLA melt temp (ideally around 160c) and physically pulling out the filament.
    • This should remove extra filament that was remaining in the hot end before the procedure
    • This may need to be performed multiple times
    • If you are not comfortable doing this, please stick with PLA, or coordinate with Jess or another experienced printer in order to load and unload your filament
      • That said, please get comfortable doing this. I'm happy to help you the first time, or if there is an unexpected clog, but advanced filaments require you to be competent in this level of printer maintenance
Filament Size - 1.75mm
Brand - Most PLA and PETG available these days is of adequate quality. Amazonbasics, SUNLU, Hatchbox, Overture are my most purchased filaments
    • IIID Max is a great option if you're buying a lot. Free shipping and the lowest per kg prices right now
    • PushPlastic is my preferred vendor for large rolls. The filament spool holder I have available for the cr-10 max supports their rolls. Be wary, as the hole size for various vendors for 5kg+ spools can vary drastically.

Recommended 3D Modeling Software

  • TinkerCAD- Browser based, cloud-based, approachable for makers of all ages
  • Fusion 360- Cloud-based parametric 3d modeling software. Collaborative, powerful, free license available
  • LuBan- Has a number of fun features for scaling models to any size, lithographs, box making, extrusion, etc. We have a license for this software on-site, available on the PC located in the 3d Printing Area

Equipment Name

Information Regarding Equipment, and picture of equipment to the left.

Projects that use the Equipment Name

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General Information

List general information that can be found on this page, as well as what this page is for.

Beginner Project

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Intermediate Projects

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Advanced Projects

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