About this device
Finalheated.JPG
Keywords 3D printer modification, 3D printing, ABS, filament, nylon, Aluminum, Cardboard
Uses development, education
Authors Jeff Brookins
Status Prototyped
Made? Yes
Replicated? No
Published 2014
Designed in Michigan, USA
Affiliations MTU
MOST
MY4777
SDGs SDG09 Industry innovation and infrastructure
License data
Hardware CC BY-SA 4.0
Instructions data
Translation data
  • In order to print materials other than PLA, a controlled environment is needed to prevent rapid cooling which leads to plastic warping. After searching for enclosure modifications, I decided to create my own, low-cost modification to fix a relatively simple problem. My design has been created as an affordable, "good enough" solution.
  • Using this enclosure, ABS and nylon are now within reach of any MOST Delta builder with a simple modification that can be completed in the average dorm room.

Bill of Materials[edit | edit source]

  1. (3) 12x18in thick cardboard
  2. Aluminum Foil to Cover

Technical Specifications and Assembly Instructions[edit | edit source]

  • Total assembly time is roughly one hour..
  • If you have any large gaps, they will need to be filled or covered with foil. This is to prevent excess heat loss.

Notes[edit | edit source]

After testing various combinations of plywood and available sheetrock, and their insulating values, I settled on aluminum foil wrapped cardboard as the most accessible and affordable. However, this does not diminish the quality of insulating ability provided.

Assembly Instructions[edit | edit source]

  1. Cut the cardboard to ensure a tight fit, and wrap in aluminum foil.
  2. Apply magnets to cardboard panels and delta wood.

Results[edit | edit source]

The enclosure was tested by heating the interior air with a blow-dryer up to ~130F. The temperature was then measured at 60 second intervals to test the insulating value of the enclosure, and the results can be seen in the gallery above.