3d Printer Enclosure

18,854

120

1

Introduction: 3d Printer Enclosure

This is an enclosure for open source 3d printers that you can easily make yourself for a low cost. This is to provide a stable working environment outside of the office or workshop.

The enclosure has been designed to securely hold and protect your printer inside an insulated environment. It is has a ventillation system which actively removes dust and moisture to below 70% relative humidity aswell as maintaining a stable working temperature of ~ 27°C.

Currently it holds a modified printbot so that the entire bot can fit inside a 280/280/280 space (the enclosure).





Step 1: Bill of Materials

Bill of Materials

For all

- 4 x 25Litre Plastic container (used to hold liquids ( for free ones check your local cafe, hospital, or hotels)
- 100mm of clear 50mm tubing(used for irrigation or ducting)
- ~ 8m of 8mm u shaped rubber extrusion (get it from your hardware store or rubber extrusions place)
-  Silicone tube and gun

1 -  Outtake

- 2 x 120mm fans with atleast 70cfm and preferably a temperature controller (cheap ones found at pc stores or hydroponics
stores):
- 8 x 15/4mm screw and bolt

2 -  Filament Enclosure:

- 2 x 285mm 5/16(~8mm) threaded rodd (get it from a hardware store or old pc printers) (.ai cutting file provided)
- 4 x 5/16 nuts (hardware store)
- 4 x wing nuts (hardware store)
- 16 x 5/16 washers (hardware store or make them yourself)
- 16 x 5/16 bearings (skateboards, rollerblades all use this standard)
- 1 x elastic latch
- 3 x  8 x 15/4mm screw and bolt

- 1 small pully (found at hardware stores)
- required cable ties (found at hardware stores)

3 -  3d printer enclosure:

- 280/280/2mm MDF or similar b)oard (found at hardware and art stores)
- cable ties (hardware store)
- 1 x elastic latch (hardware store)
- 8 x 15/4mm screw and bolt (hardware store)

4 - Moisure/Dust Reducing  Intake

- 2 x 120mm fans with atleast 70cfm and preferably a temperature controller (cheap ones found at pc stores or hydroponic stores)
- 2 x 100mm grate flange (used for plumbing)
- 2 x 100mm seal (comes with flange)
- 4 x dust mask (harware store)
- ~200 gram silica crystals (use kitty litter or dessicants)
- 8 x 8 x 15/4mm screw and bolt (hardware store)





The entire build process is explained in a visual style with minimal annotations

Step 2: Initial Cuts

Cuts are made to 4 X 25litre container  ready for further construction. All parts of the containers are used to reduce overall waste and efficiently use the material available.

A & B - become part of ventillation system
Y x 6 - become a washer for ventillation system

E - become your 3d printer and filament holder

Step 3: Ventilation Outake

Step 4: Spool Holder

Step 5: 3d Printer Holder

The cutting files for the baseplate have been attached as a legacy .ai and .dxf

The base plate fits very snuggly into the enlcosure so it is crucial a 1300mm radius and exact dimensions are followed.

Step 6: Moisture and Dust Reducing Intake

This intake uses a friction fit to ensure an insulated seal. It has been tested using an arduino moisture and temperature probe setup and has shown significant moisture and temperature reduction.

Step 7: Slide It All Together

Using the 25mm lengths of clear tubing, slide all your parts together to create a friction fit which holds everything to make a complete system. Your mini 3d printer is now ready to venture out into the wild!

Hack It! Contest

Runner Up in the
Hack It! Contest

Instructables Design Competition

Participated in the
Instructables Design Competition

Be the First to Share

    Recommendations

    • Pocket-Sized Speed Challenge

      Pocket-Sized Speed Challenge
    • Super-Size Speed Challenge

      Super-Size Speed Challenge
    • Metalworking Contest

      Metalworking Contest

    Discussions

    0
    poofrabbit
    poofrabbit

    7 years ago on Introduction

    Hey congratulations on being a finalist in the hack it contest! Good luck to you!