LunchBox HEPA+Carbon filter for Bambu Lab X1C/P1P (simple recirculating parametric air purifier)

LunchBox HEPA+Carbon filter for Bambu Lab X1C/P1P (simple recirculating parametric air purifier)

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Description

I designed this air scrubber to use a minimum of special parts. Build it today, no magnets, brass inserts, or high performance fans required!

Read here about why you should have an air scrubber: https://github.com/nevermore3d/Nevermore_Micro#about-the-nevermore-micro

Why pick this model:

  • Massive filter volume, 2-3x more than the competition
  • If you have a PC case fan and access to Home Depot you can build this model today
  • Large filters and novel airflow path reduce static pressure and enable the use of PC case fans
  • 124x60mm footprint fits inside a Bambu, Prusa, or Voron enclosure
  • Prints on a single build plate
  • Doesn't require heat set inserts or exotic hardware
  • Fusion360 CAD files are available, remixes welcomed

Supported HEPA filters:

  • Preferred:
  • Backup:
  • Home Depot alternative:
    • Any furnace filter, cut to size and mounted in a printed frame
    • Use “furnace_filter.stl” with "filter_caddy_110x74x21.stl”
    • Upgrade to a vacuum filter later

Supported fans:

  • Preferred:
    • 3x 40x28mm axial server fans
    • Use “axial_fan_caddy_40x28.stl”
    • Preferred due to high static pressure and reliable quality
    • These are available cheap on the used market from decommissioned servers
    • Search on Amazon for “4028 fan” and find a 10 pack with reviews complaining that they're dusty and have the wrong labels
    • https://www.amazon.com/s?k=4028+fan
    • 40x20mm fans will fit but I’m less confident about quality
  • Backup:
  • Alternatives that you might already have in a drawer somewhere
    • 1x 120mm or 92mm PC fan
    • Use “axial_fan_caddy_120x25.stl” or “axial_fan_caddy_92x25.stl”
    • Upgrade to a server fan later

Activated carbon (optional):

Print settings:

  • This is a big model, one wall and 5% cubic infill will print faster

Filament:

  • I prototyped in PLA, you may want to use PETG or ABS if printing high temperature materials

Wiring:

  • Drill a hole in the wall or floor of the enclosure
  • Install wires
  • todo: add instructions for normal people

Airflow measurements

  • todo: measure volumetric flow and compare fan and filter configurations

 

Change log

  • 2023-08-21
    • Initial release
  • 2023-08-22
    • Added clearance for wiring to the 5015 blower parts
  • 2023-08-24
    • Added an all-in-one .3mf file
    • Added CAD files
    • 2023-08-25
      • Added guidance on filament selection

How to contribute:

  • Post your make, it keeps me motivated to improve the model when I see people using it! I'm especially curious to see how this fits in a Prusa or Qidi enclosure
  • Post your feedback, idea or remix in the comments!
  • Post a wiring tutorial!

Credits:

 

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ho do you power the fans???
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