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JUMPING SPIDER TERRARIUM

IP Report

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JST PROFILE
JST PROFILE
Designer
13.9 h
5 plates
5.0(4)

0.2mm layer, 2 walls, 15% infill
0.2mm layer, 2 walls, 15% infill
Designer
14.9 h
5 plates

Open in Bambu Studio
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476
1291
19
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431
113
Released 

Description

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Compact  Jumping Spider Enclosure

This is a  3D-printable terrarium optimized for Jumping Spiders, tarantulas, isopods, and other micro-pets. This design allows you to print a high-quality, ventilated habitat at home.

 

The enclosure measures 20cm x 20cm x 28.5cm, providing excellent vertical space for arboreal species.

Required Materials (BOM)

To complete this build, you will need:

  • 4x Acrylic or Glass Panes: Dimensions 159mm x 215mm x 2 or 3mm.
  • 3D Printing Filament: PETG is recommended for humidity resistance, though PLA is suitable for dry habitats.

Key Design Features

  • Sliding Feeding Hatch: A top-mounted sliding hatch for easy, secure feeding without opening the main door.
  • Comprehensive Ventilation: Strategically placed vent arrays on all corners and the lid ensure optimal cross-ventilation.
  • Sliding Front Access: The front pane serves as a sliding door for easy cleaning and interaction.
  • Dual Top Versions: 1. LED-Ready Top: Features a dedicated groove designed for a 5mm wide, 1m long LED strip. Includes a discrete cable routing hole at the back. 2. Standard Top: A clean, flat design for those not requiring integrated lighting.

Print Settings & Assembly Tips

  • Light Installation: If using the LED version, thread the strip through the back opening before adhering it to the internal groove.
  • Safety: Always sand any sharp edges on 3D-printed parts or glass panes before introducing your pets. 
  • Optimized for Bambu Lab: The provided profile is tuned for Bambu Lab PETG HF using standard settings.
  • Strength: The default settings are plenty strong for this application. If you require extra rigidity, you can increase the wall loops or infill, though it is not necessary for standard use.
  • Supports: Use Tree Supports. They are much easier to remove from the ventilation slots and grooves, ensuring a cleaner finish.
  • Fitment & Tolerances: The tolerances for the vertical pillars are intentionally tight to ensure the finished terrarium is sturdy and rattle-free.
    • Pro Tip: If you find it difficult to seat the pillars into the top or bottom parts, a light sanding on the ends of the pillars will allow them to slide in smoothly.

Expand & Customize Your Build

  • Exclusive 3D Background: Enhance your pet’s habitat with a custom-designed 3D background featuring integrated caves and planters. This background is exclusively made for this terrarium model, ensuring a perfect, seamless fit that maximizes the vertical climbing space for your pets. You can find it under my other models.
  • High-Airflow Mesh Panels: If you are keeping species that require significantly more ventilation, such as Mantises, I have also designed 3D-printable mesh side panels. These are direct replacements for the glass or acrylic sheets, allowing you to swap them out based on your pet's specific needs.

Documentation (1)

Assembly Guide (1)
MAKER WORLD INSTRUCTIONS.pdf

Comment & Rating (19)

(0/1000)

Print Profile
JST PROFILE
wonderful little print, do wish there was a bit of a catch to the little door on top though.
profile
3
Reply
I really like this, however, it looks like the corner pieces where the mesh is, does not actually connect to the frame and breaks out very easily. Any chance of correct this?
The designer has replied
0
Reply
Hi, can you tell me what filament you used? I would like to check if I can recreate the failure because I didn't have any such problems printing with Bambu PETG HF. In the meantime, you can try to adjust the mesh to be denser by adjusting the infill in the yellow box, so you have more connection points that will strengthen the mesh with lossing to much ventilation. I added the new print profile that could help you with the mesh separation.
(Edited)
0
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Replying to @VV3DP :
Hi, thanks for the advise. This is the bambu PLA Silk Multi-Color - Aurora purple to be exact. I'll try testing as you've mentioned. The lid came out great. :)
0
Reply
where do you source the panels from ?
The designer has replied
0
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The "DIY" route is to grab a large sheet of acrylic from a big-box store cut it yourself. A jigsaw with a fine-tooth blade works, or even a circular saw if you’re careful. It’s cheaper, but it can be tricky to get a perfectly smooth edge.I f you want it to look professional, your best bet is calling a local glass shop (glazier) or a plastic fabrication store. They have industrial saws and lasers that get the dimensions spot-on. Also, if you're going with acrylic, see if you can find someone nearby with a laser cutter (like a maker space or a sign shop). They can handle precise sizes way better than a hand tool ever could.
2
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built this myself and love it! what I do with acrylic is take a straight edge and score it 6 to 10 times with a utility knife then place it on a 90-degree edge and snap it. mine normally break pretty clean.
designer
6
Reply
Exactly what I was looking for. what LED is used? Unfortunately I can't open the answer with the link from the other user
Show original
0
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looks very cool, maybe I'll build one for myself!
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designer
1
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Print Profile
JST PROFILE
sieht sehr gut aus
profile
1
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these are dope
designer
1
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which LED is used for these? do you have a link?
0
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Any suggestions on where I can find acrylic panels this size?
0
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love the print, just wondering what them rectangular lights are that you have say on top of each of yours in your pic? they look interesting.
0
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License

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You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.