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Rendering Filament Box with 6 pieces of filament spools stored on single pulleys. The filament outlets have short PTFE tubes attached (version A). A silica gel bag is attached to the lid as a desiccant. Rendering in 1 to 1 format.
Rendering Filament Box with 6 filament spools stored on single pulleys. The filament outlets have short PTFE tubes attached (version A). A silica gel bag is attached to the lid as a desiccant. Format 2 to 3.
Rendering filament dry box with 6 filament spools stored on single pulleys. The filament outlets have long PTFE tubes attached (version B). A silica gel box is attached to the lid as a desiccant.
Rendering Filament Box with 5 filament spools stored on wide pulleys. The filament outlets have short PTFE tubes attached (version A). A silica gel box is attached to the lid as a desiccant.
Rendering filament dry box without an airtight box, but only the filament storage including 6 filament spools and the feedthroughs are shown. The spools are stored on the single pulleys.
Rendering Filament Box without an airtight box, but only the filament storage including 5 filament spools and the feedthroughs are shown. The spools are stored on wide pulleys.
Rendering of almost all 3D printing models (STL files) included in the 3D printing files. The also included PrintFit versions of the parts and the PrintFit testers are not shown in the picture.
Rendering of all 21 included different filament material signs as STL files.
Printing plate of the Prusa i3 MK3S on which two orange 3D printed filament spool holders are placed. Details: Layer height 0.2 mm and Prusament PETG Prusa Orange
Print plate of the Prusa i3 MK3S on which there are 24 pieces of 3D printed pulleys and 10 pieces of 3D printed spacers. All parts are printed in orange PETG filament.
Build plate of the Prusa i3 MK3S on which there are 10 pieces of 3D printed wide pulleys with a width of 80 mm and 8 pieces of 3D printed spacers. All parts are printed in orange PETG filament.
Spring steel print plate Prusa i3 Mk3S with 20 pieces of 3D printed quick-release nuts in orange PETG.
Printing plate of the Prusa i3 MK3S on which there are 6 pieces of 3D printed filament outlets, nuts, and clamping rings. All parts are printed in orange PETG filament with a layer height of 0.2 mm.
Plate of the Prusa i3 MK3S on which 6 pieces of 3D printed tube plugs for variant A lie. All parts are printed in orange PETG filament with a layer height of 0.2 mm.
Print plate of the Prusa i3 MK3S on which 6 pieces of 3D printed tube plugs for variant B lie. All parts are printed in orange PETG filament with a layer height of 0.2 mm.
Print plate of the Prusa i3 MK3S on which 6 clips variant A lie. The clips were printed in orange PETG filament with a layer height of 0.2 mm.
Print plate of the Prusa i3 MK3S on which 6 clips variant B lie. The clips were printed in orange PETG filament with a layer height of 0.2 mm.
Print plate of the Prusa i3 MK3S with a PETG material label on it. The sign was printed in orange PETG filament with a layer height of 0.2 mm.
Print plate of the Prusa i3 MK3S on which there are 6 black contrast plates. The plates were printed in black matte PLA filament with a layer height of 0.2 mm.
Print plate of the Prusa i3 MK3S on which there is a 3D printed bracket H12, two screws, a silica gel bag holder and two side supports. The 3D printed parts were printed in orange PETG filament with a layer height of 0.2 mm.
Printing plate of the Prusa i3 MK3S with 4 pieces of 3D printed closures for Samla boxes 22l in black PETG filament.
Finished spool holder for up to six filament spools. Consists of 3D printed threaded rod holders, two M8 threaded rods and 24 printed single rollers including 608 ball bearings, spacers, and quick-release nuts. All 3D printed parts in Prusament Prusa Orange PETG filament with a layer thickness of 0.2 mm.
Ball-bearing filament spool holder with 10 wide pulleys and quick-release nuts. Consists of 2 3D printed threaded rod holders, 2 M8 servant rods, quick-lock nuts and the ball-bearing single pulleys. All 3D printed parts in Prusament Prusa Orange PETG filament with a layer thickness of 0.2 mm.
Technical cross section from Fusion 360 from plug variant A of the DIY Filament Box. PTFE tube with filament is inserted into the 3D printed stubble.
Technical cross section of Fusion 360 from plug variant B of the Filament Box. PTFE tube with filament is inserted into the 3D printed stubble. This is attached to the implementation.
Technical section through the filament spool holder with wide pulleys. For an overview, all components necessary to calculate the threaded rod length are dimensioned here.
DIY self-made filament storage box with six filament outlets variant A and attachable signs to identify the stored filament spools.
Filament storage box with six filament outlets variant B and attachable signs to identify the stored filament spools.
Open filament dry box without lid with six inserted filament spools.
Filament storage in an airtight box with feedthroughs and material labels. Variant A with short PTFE tubes, photographed from the front.
Airtight box with filament spools for airtight storage. Six spools in a box with long tubes (variant B) for printing directly from the box.
One filament dry box each from an Ikea Samla 22l box and an Ikea Samla 45l box. The boxes are loaded with three and five filament spools. The boxes are self-made using the 3D printing files from 3d-print-files.com
Converted 22l Ikea Samla box into an airtight filament dry box that can be printed from at any time. DIY IKEA Samla Hack with three stored fialment spools that can be printed directly.
DIY Ikea Samla filament box for three spools. Photographed from the front at a slight angle.
DIY IKEA 3D printing hack. Samla Box converted into a filament dry box. Three filament spools are stored airtight in the box. You can print out of the box at any time.
DIY 45l Ikea Samla box for filament storage with up to 5 filament spools. The 3d print filament is ready to be printed directly from the airtight and dust-free Samla box.
DIY IKEA Samla Box Instructions for building the filament box for dry storage. 45l Samla box converted into a filament dry box.
Filament dry box from Ikea Samla Box Hack. 45l Samla Box DIY converted for filament storage. For up to 5 spools. Photographed from the side.

3D Print Files – DIY Filament Box – ANYBOX Version 2023

Unverified overall ratings (3 customer reviews)

18,90 € incl. VAT

Get the 3D print files for the filament dry box. With the countless included STL files in the highest resolution, you can print out all the necessary 3D printed parts for the filament box yourself.

The files are optimized for FDM / FFF 3D printing process and can be printed without support structures. The box is designed for up to 6 spools of filament and always keeps them dry and dust-free. So your favorite filaments are always ready for the next print job without the annoying spool change on the printer.

Category:

This product is a digital product, you get the 3D print model files. After the purchase and payment you will receive a download link to the files by email. The 3D printing templates are compressed into a ZIP file as high-resolution STL files. You can find the assembly instructions of the DIY filament dry box here.

You can also use the low-cost IKEA Samla boxes, which can be converted in just a few steps, see the instructions Build Ikea Samla Filament Box.

All models are optimized for FDM / FFF 3D printers and do not require any support structures for printing.

Please note that in addition to the 3D print files, purchased parts (air-tight box, screws, nuts, silica gel, etc.) are required. You can find a list of all the parts you need in the bill of materials in the filament box instructions.

Parts of this 3D printing project have to withstand some mechanical load, so therefore a PETG, ABS, ASA or a similar mechanically resistant filament is recommended. PLA is not recommended due to the more brittle nature of this material and the lower layer adhesion.

The following STL files in the highest resolution are included:

  • 006100_Rod_Mount
  • 006200_Pulley_F## (PrintFit)
  • 006220_Pulley_Wide_L##_F## (PrintFit)
  • 006300_Spacer
  • 006400_Quick_Lock_Nut_T## (PrintFit)
  • 006500_Filament_Outlet_OD4_F## (PrintFit)
  • 006600_Filament_Outlet_OD5_F## (PrintFit)
  • 006700_Nut_T## (PrintFit)
  • 006800_Clamping_Ring_W## (PrintFit)
  • 006900_Plug_Variant_A_OD4_F## (PrintFit)
  • 007000_Plug_Variant_A_OD5_F## (PrintFit)
  • 007100_Plug_Variant_B_OD4_F## (PrintFit)
  • 007200_Plug_Variant_B_OD5_F## (PrintFit)
  • 007300_Silica_Gel_Clip_H3
  • 007300_Silica_Gel_Clip_H12
  • 007400_Silica_Gel_Screw_T## (PrintFit)
  • 007500_Silica_Gel_Bag_Bracket
  • 007600_Silica_Gel_Bag_Side_Support_F## (PrintFit)
  • 008200_Clip_Variant_A
  • 008300_Clip_Variant_B
  • 008400_Contrast_Plate_F## (PrintFit)
  • 008500_ABS_Sign
  • 008600_ASA_Sign
  • 008700_CARB_Sign
  • 008800_FLEX_Sign
  • 008900_GLOW_Sign
  • 009000_HIPS_Sign
  • 009100_PA_Sign
  • 009200_PC_Sign
  • 009300_PCTG_Sign
  • 009400_PEEK_Sign
  • 009500_PEI_Sign
  • 009600_PETG_Sign
  • 009700_PLA_Sign
  • 009800_PP_Sign
  • 009900_PVA_Sign
  • 010000_PVB_Sign
  • 010100_PVC_Sign
  • 010200_PVDF_Sign
  • 010300_SPEC_Sign
  • 010400_TPE_Sign
  • 010500_TPU_Sign
  • 010900_Samla_Fastener_22L_I## (PrintFit)
  • 011000_Samla_Fastener_45L_I## (PrintFit)
  • 000400_Tool_Bearing_Press_In
  • 000500_Tool_Bearing_Press_Out
  • 000600_Tool_Bearing_Press_Counter

Safety first! Read and follow the safety guidelines in the Operating manual of the DIY filament box.

Do you like the project? Support 3d-print-files.com and share pictures in your social media channels. Also send photos of your finished project to support@3d-druck-vorlagen.de for publication here in the product gallery.

The files are intended for private use only, commercial use (sale of the printed parts) and distribution of the files is not permitted, see the Terms and Conditions for more information. If you want to sell printed parts commercially, contact me by email for a license.

With the download link received, the files can be downloaded a maximum of 5 times.

If you have any questions about the product, please send me an email to support@3d-druck-vorlagen.de.

3 reviews for 3D Print Files – DIY Filament Box – ANYBOX Version 2023

  1. German

    Stefan Camenzind –

    I have to say, with the new 2023 update I am now completely satisfied with the box.
    I Built 2 boxes and have been using them for a couple of months now. It takes some time to build them but it’s deffinitively worth it.

    Verified purchase. Find out more

  2. English

    CEMAL OZCELIK –

    I just bought this model and thank you for your effort on detailed instructions and beautiful design! I am a product designer and I was thought a design exacly like this project for my Printer Room. I wanted to check exist works to get inspired and I saw your model first. Then I quit in my project and I wanted to support your effort by purchasing this project.

    I am founder of Craycle Hobby. We are building 3D Printed RC Aircrafts purposed for hobby. I hope you can continue to design new things!

    Best Regards,
    Cemal OZCELIK.

    Verified purchase. Find out more

  3. English

    Taylor –

    I’m just leaving off a star because putting this together is hell. Everything – from the screws and filament outlets to the ball bearings. It seems shrinkage wasn’t accounted for in the design. I’ve got to give credit to the author though for putting together such a detailed product with instructions and even including different variants for a customer to choose from. Very, very well thought out! I can’t think of anything else that’s comparable to it.

    Purchase not verified. Find out more

    • English

      Marian –

      Hi Taylor,

      thank you very much for your review and compliments! I am working hard on giving the best and most professional projects, 3D print files and instructions to you. I’m sorry to hear that the tolerances were too tight for you and you suffered through the assembly. To get this right for every printer is a quite difficult thing, because of all the different 3D printers, settings, filaments, tolerances of purchased parts and so on.

      If you run in one of these part tolerance problems in 3D printing, the scale function of the silcer is a way to tackle these. Just print one test part (nut or pulley for the ball bearing in this case) and check if the assembly is ok, if it is too tight just scale up the X and Y dimension of the part a little bit (maybe 3 %) in the slicer and try again. Redo if it’s still not good, so you get to the optimal setting for you and your setup.

      But for easier handling I’m already thinking of additionally add variation models of the nut and pulley with a larger thread and hole diameter in the next update of the filament box. If it’s ok for you I would like to send you the additional files for a test on your setup?

      Happy printing and best regards
      Marian

    • English

      Marian –

      This is the 2023 update of my Reply.

      Hi Taylor!

      I worked hard to find a way to eliminate tolerance problems (like the one you described) and found a solution: the PrintFit System

      The new version (Version 2023) of the Filament Box STL files has five! models of each important part with slightly different dimensions, so you can easily adapt if a fit is too tight or too wide.

      This helps to deliver the right parts, even if a printer is not super fine calibrated or especially tuned.

      Happy printing and best regards!
      Marian

Only logged in customers who have purchased this product may leave a review.

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Do you have any questions about the 3D printing projects or need help with printing or assembling? Just send me an email to support@3d-druck-beispiele.de or call me at +43 677 634 867 33.