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ANYCUBIC MONO X VOC FILTERING SYSTEM

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Creation quality: 4.0/5 (2 votes)
Evaluation of members on the printability, utility, level of detail, etc.

  • 16.6k views
  • 40 likes
  • 293 downloads
  • 2 collections
  • 5 comments
  • 2 makes

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3D design format
STL Folder details Close
  • Charcoal support.stl
  • Exaust_left.stl
  • Exaust_right.stl
  • Fan Case.stl
  • Fan Support.stl
  • Filter Support.stl
  • Grill.stl

Learn more about the formats

Last update 2021-03-10 at 19:57
Publication date 2021-01-27 at 18:08
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Published to Thingiverse on: 2021-01-26 at 16:23
Design number 274859

3D printer file info

3D model description

Filter system for Anycubic Mono X
Introduction
3D resin printers release particles called VOCs (Volatile Organic Compounds). In addition to their unpleasant odor, these particles are harmful to health.
Some of these particles can be filtered with expensive elements such as activated carbon and HEPA air filters.
On this printer, the polluted air is normally extracted from the bottom, not being able to install a filtration system there, the air is led to the back of the printer, where it can be cleaned.

Composition of the system
The filtration system consists of a HEPA H13 filter and activated carbon (in the form of capsules or foam). To facilitate the air outlet, a fan (60 x 60 x 25mm of 24V) is installed next to the filter elements.
Not wishing to disassemble the printer, and even less to change the direction of rotation of the cooling fans of the LCD screen, I wanted to model a filtration system requiring no modification of the printer. The power supply of the fan is carried out by ACDC converter.
In addition to the STLs, all the design files are provided, in case you would like to make some modifications or if you have any doubts about the installation.
For the assembly, you only need M3 screws and nuts:

  • 4* M3 x 8mm : link
  • 2 * M3 x 35mm : link
  • 2 * M3 x 50mm : link

Filtration: HEPA filter H13 + Activated carbon foam/capsules

  • HEPA filter H13 (take the "color" 1Pcs black filter)
    link

  • Activated carbon foam: I have not tried this method, but it seems less restrictive (less opposition to air than with capsules, no need to print the carbon capsule holder) :
    link

  • Carbon capsules if the foam option does not suit you (100g is enough):
    link

Airflow

  • Fan 606025 24V :
    link

  • Power supply ACDC 24V :
    link

*Optional *
The whole suite is optional and concerns the DCDC box for the fan:
DCDC to 24V converter box with switch and LEDs
This is optional, I didn't have a 24V ACDC power supply, so I used a 12V ACDC power supply with a DCDC converter XL6019 set to 24V). If you don't need the voltage conversion (power supply and fan to 24V or both to 12V) you can still use the box for the switch and the indicative LED, otherwise you just have to connect your fan directly to the ACDC power supply.

  • DCDC converter XL6019 :
    link

  • 2.1 male jack connector :
    link

  • 2.1 female jack connector :

    link


SystĂšme de filtration pour Anycubic Mono X

Introduction
Les imprimantes 3D résine libÚrent des particules appelées VOC (Composé organique volatil). En plus de leur odeur désagréable, ces particules sont nocives pour la santé.
Une partie de ces particules peuvent ĂȘtre filtrĂ©es avec des Ă©lĂ©ments peux couteux comme du charbon actif et un filtre Ă  air HEPA.

Sur cette imprimante, l’air polluĂ© est normalement extrait par le bas, ne pouvant installer un systĂšme de filtration Ă  cet endroit, on conduit l’air Ă  l’arriĂšre de l’imprimante, ou il pourra ĂȘtre dĂ©polluer.

Composition du systĂšme
Le systĂšme de filtration se compose d’un filtre HEPA H13 et de charbon actif (sous forme de gĂ©lules ou de mousse). Pour faciliter la sortie d’air, un ventilateur (60 x 60 x 25mm de 24V) est installĂ© Ă  cĂŽtĂ© des Ă©lĂ©ments filtrants.

Ne souhaitant pas dĂ©monter l’imprimante, et encore moins changer le sens de rotation des ventilateurs de refroidissement de l’écran LCD, j’ai souhaitĂ© modĂ©liser un systĂšme de filtration ne demandant aucune modification de l’imprimante. L’alimention du ventilateur est effectuĂ©e par convertisseur ACDC.

En plus des STLs, tous les fichiers de conception sont fournis, au cas ou vous souhaiteriez effectuer quelques modifications ou si vous avez des doutes sur le montage.
Pour l’assemblage, vous avez simplement besoin de vis et Ă©crou M3 :

  • 4* M3 x 8mm : lien
  • 2 * M3 x 35mm : lien
  • 2 * M3 x 50mm : lien

Filtration : Filtre HEPA H13 + Mousse/gélules au charbon actif

  • Filtre HEPA H13 (prendre 1Pcs black filter) :
    lien

  • Mousse au charbon actif : je n’ai pas essayĂ© cette mĂ©thode, mais elle semble moins contraignante (moins grande opposition Ă  l’air qu’avec les gĂ©lules, plus besoin d’imprimer le support de gĂ©lules de charbon) :
    lien

  • GĂ©lules de charbon si l’option de la mousse ne vous convient pas (100g est suffisant):
    lien

Ventilation

  • Ventilateur 606025 24V :
    lien

  • Alimentation ACDC 24V :
    lien

Optionnel
Toute la suite est optionnelle et concerne le boitier DCDC pour le ventilateur :
Boitier convertisseur DCDC vers 24V avec interrupteur et LED
Ceci est optionnel, je ne disposais pas d’alimentation 24V ACDC, j’ai donc utilisĂ© une alimentation ACDC 12V avec un convertisseur DCDC XL6019 rĂ©glĂ© sur 24V). Si vous n’avez pas besoin de la conversion de tension (alimentation et ventilateur en 24V ou les deux en 12V) vous pouvez toujours utiliser le boitier pour l’interrupteur et la LED indicative, sinon, il vous suffira de brancher votre ventilateur directement sur l’alimentation ACDC.

  • Convertisseur DCDC XL6019 :
    lien

  • Connecteur jack 2.1 male :
    lien

  • Connecteur jack 2.1 femelle :

    lien

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