If you liked this model and want to support me in creating more like this, consider subscribing on [Patreon](https://www.patreon.com/Keyquake)! For just $10 a month you will get:

All the other other versions of this whale shark including a non-keychain and spotless version, and a Brand New Galaxy Variant
3+ Models per month
Commercial License
Exclusive voting rights and WIP previews
and more!

If you post this on social media do tag me @keyquake! I enjoy seeing your prints.

Note: This model is for personal use only. If you would like to sell physical prints of this model, please subscribe on [Patreon](https://www.patreon.com/keyquake)

Baby Whale Shark (Articulated)

Whale Shark - Keyquake.3mf

Hi friends, searching the web for inspiration for my new designs I found a version of tic tac toe that I wanted to reproduce in 3D to be able to print.

I think it's a cute idea, to give to your children or friends to play a game together wherever you want. For this reason I also created a hole where you can insert a hook to attach it to the backpack and carry it around with you.
Each face has o/x, you just have to choose your symbol and turn the tokens.

it's a simple portable tic tac toe print in place, so no part needs to be glued or assembled.
Printing takes about 45 minutes, it doesn't need supports. Even 10% filling is enough.
I printed it with my bambulab p1s with pla filament from bambulab, green and dark blue.

I hope you like it.
As always we thank you for the support you give us, if you like our designs follow us and support us also on our social pages (Instagram and tiktok, X) Shack3d_print. We will be happy to see the result of your prints, share the photos with us by tagging us on our social pages, don't be shy. A thousand thanks.

Love, Marina from Shack3d_print

TIC TAC TOE (PRINT IN PLACE)

HANGING TIC TAC TOE PRINT IN PLACE.stl

**The Fidget Frog!**

This little guy is designed to print in place with no supports. All the joints articulate right off the build plate. 


**Printing**
This print requires a multi-color printer (unless you want to hand-paint the model). Use the included Easy Print File for the pre-colored model to make printing easier!

Print at 0.2mm layer height. Use adaptive layers to get a smoother top surface

**Filaments I Used:**
Black: [Bambu Matte Charcoal](https://us.store.bambulab.com/products/pla-matte-filament?variant=40489681944712&gad_source=1&gclid=Cj0KCQiAi_G5BhDXARIsAN5SX7pjXyb7el0VBN7jrQR8hjjCeC0ls-Iwn1V1gsg-bNoDn47aLQNfqKMaAsY9EALw_wcB)
Green: [Polymaker Jungle Green](https://a.co/d/6cfy2y2)


Fidget Frog - Flexi Articulating Frog - Ludo 3D Printed Animal

STL File - Fidget Frog.stl

Watch this little cube vanish when viewed from just the right angle! The PERSPEKTIVA series is derived from my CORRUGA prints, except the walls are now angled to cancel out perspective convergence to dissapear even more! There are some steep overhangs but a well tuned printer and good filament makes it work. This smaller print may not be as impressive as the larger PERSPEKTIVA models, but it's a great way to test your printer and it still makes a neat little object of curiousity!

**_Printing Guidelines_**

Print solid without supports using a 0.4mm nozzle. 0.12mm layer height for cleaner overhangs, or 0.16mm to save time. NO SUPPORTS. This small cube is 50mm x 50mm x 50mm. 'Arachne' slicing method may produce a cleaner part, but it is also likely to crash your program! In that case 'Classic' slicing is still acceptable.

These prints involve a ton of retraction, so make sure you've got your settings dialed in for the best results!

---

Photographed model was printed on the [Bambu Lab X1-Carbon 3D Printer](https://bit.ly/MA_X1C) using [Panchroma Gradient Matte PLA](https://us.polymaker.com/products/panchroma-gradient-matte?variant=43616479215673&aff=193&utm_source=affiliately&utm_campaign=aff) (Also on [Amazon](https://amzn.to/41QvhdB)).*

*_These affiliate links give me a commission on sales at no additional cost to you. Thanks for supporting Make Anything!_

50mm PERSPEKTIVA Cube

PERSPEKTIVA_Cube_50mm.stl

Hey,
this is a mechanical version of the Shirpinsky Pyramid. Im going to make a motorized version in a while.

**You need:**
6 Fractal gears of your chosen size
8 Triangle Gears
14 Connectors
1 Heart
The Tool is optional but make the assembly easier.

**Print Settings:**
Nothing needs supports except for the Fractal gears. I did Support paint them on so that you can slice the wile with manual supports enabled.

**Assembly:**
I made an Assembly Video: [https://youtu.be/wedLa-mneYc](https://youtu.be/wedLa-mneYc). There is also a PDF guide that you can find [above](https://than.gs/pr/249716).

**Troubleshooting:**
if anything goes wrong, you can watch this Video: [https://youtu.be/mJWSU6X7Piw](https://youtu.be/mJWSU6X7Piw)

**Technical Data:**



Gear Fractal Fidget Toy

Gear Fractal.3mf

This nifty knot has some funky dance moves! No real purpose to this other than fun to look at and play with. Especially if you are a cat.

See here for video: https://youtu.be/Ob6gPMotD48 
 
This is a type of knot is known as “tritangentless” because there are no planes which are simultaneously tangent to three distinct points on the curve. Being tritangentless means that the curve can never have more than two points touching the flat surface at any given time. This is what makes models of tritangentless knots roll.

The knot can come in different shapes and proportions, but this model minimizes the vertical variation of this center of mass making it the best proportion for rolling.

The model is provided in a “textured” and “plain” version. In the “textured” version there is a small point of contact where the knot crosses, making it strong enough for your kids or cat to play with. 

Interested in learning more? Start here: https://archive.bridgesmathart.org/2020/bridges2020-367.pdf


Morton’s Rolling Knot

Mortons Knot Textured.stl

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_Thank you for visiting my page! If you can, please consider supporting my art with a [subscription](https://than.gs/u/1514642?plans=true). Members will unlock ALL of my designs as well as the commercial rights to sell physical prints for as long as they are members._

_I also invite you to join my Discord channel, whether you're a reseller or a fan. You'll find a dedicated space where you can communicate directly with me and other members:
https://discord.gg/7c2zHGUn_

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Here is a reinterpretation of an old project of mine, a keychain shaped like a 5-speed manual gearshift. The mechanism has been reinforced, and no glue or screws are needed for assembly. Once printed, the object is compact in size and is perfect as a keychain for your car or truck keys. **You'll never lose your keys again – use a visible color for the knob, and you'll make it a beautiful, unique, and functional item
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**REMEMBER THAT ALL MY FILES ARE PROTECTED BY A CC LICENSE AND ARE NOT INTENDED FOR COMMERCIAL PURPOSES UNLESS YOU HAVE [SUBSCRIBED TO A MEMBERSHIP PLAN ON THANGS](https://than.gs/u/1514642?plans=true) - IF YOU USE MY 3D FILES FOR COMMERCIAL PURPOSES, YOU HARM MY WORK AND MY COLLABORATORS - DON'T DO IT!**

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3D Model done with Rhino8: https://www.rhino3d.com/ 

_How do I take such high-quality photographs?
Here's my equipment:_

_Camera: https://amzn.to/3RPDj2c_
_Lightbox: https://amzn.to/4btNvV0_
_Tripod: https://amzn.to/3L51fuT_

Gearshift keychain v2

Body.stl

Because [Master Chunk](https://thangs.com/designer/The%20Kit%20Kiln/3d-model/Master%20Chunk%20Kit%20%28No%20Support%2C%20No%20AMS%2C%20No%20Glue%29-1376702) needs a ride... This Warthog kit is roughly 9 inches (23cm) long once assembled.
___
Want your print to look just like ours? Shop the filament we used on the [Polymaker Website](https://shop.polymaker.com/THEKITKILN)

[Matte PLA Colors Used:](https://shop.polymaker.com/THEKITKILN?q=panchroma-matte)
- Army Dark Green
- Ash Grey
- Charcoal Black
- Fossil Grey
- Army Red

Purchases made through these links help support The Kit Kiln and future designs.
___
As with all of our models, this prints with **no supports**, assembles with **no glue**, and **doesn't require a multi-material 3D printer**!  Assembly instructions are included in the download with the files, and the print settings are listed in the photos above.
___
Come join our growing [discord community](https://discord.gg/vMKRxGFbwg) to engage with other makers, give feedback, and make requests for future models!

Warthog - Halo Kit | No Supports, No AMS, No Glue

Charcoal Black.stl

Warthog 3MF (For Bambu Printers).3mf

A spinning top that when spinning, gives the illusion that the ball and handle are not touching the outer ring.

Print with supports touching buildplate, just to support the ball and bar.

The handle screws into place.

Impossible Spinner

Spinner DISPLAY ONLY.stl

 I invite you to join my Telegram group (Entries are limited - don't miss this opportunity): https://t.me/+cu1hYjl2iT9iZjI0

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_Thank you for visiting my page! If you can, please consider supporting my art with a [subscription](https://than.gs/u/1514642?plans=true). Members will unlock ALL of my designs as well as the commercial rights to sell physical prints for as long as they are members._

_I also invite you to join my Discord channel, whether you're a reseller or a fan. You'll find a dedicated space where you can communicate directly with me and other members:
https://discord.gg/pUW67mEFrb

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**YES/NO VERSION DOWNLOAD HERE: [DOWNLOAD](https://thangs.com/designer/StatusSymbol/3d-model/Yes%2FNo%20Spinner%20-%20Amor%20Fati%20-%20Fully%203d%20printable-1137104)**

- Do not change the orientation of the parts.
- I printed with PLA at 0.2mm/layer.
- Use high-quality PLA - avoid matte PLA as it is not very flexible, especially for the spring.
**- Let the parts cool down well before assembling everything – if you’re in a hurry, place them in the freezer before assembly – assembling with hot parts and stressing the spring and trigger will alter the tolerances – don’t do it. **

The Mechanical Dice is a mechanical device shaped like a pocket watch, fully 3D-printed. Its refined design evokes the classic style of a pocket watch, featuring a circular case with elegant details. At the center of the top, there is a button: when pressed, it activates an internal wheel with the faces of a standard die (numbers 1 to 6). The wheel spins as long as the button is held down and stops instantly upon release, revealing a random die face.
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**REMEMBER THAT ALL MY FILES ARE PROTECTED BY A CC LICENSE AND ARE NOT INTENDED FOR COMMERCIAL PURPOSES UNLESS YOU HAVE [SUBSCRIBED TO A MEMBERSHIP PLAN ON THANGS](https://than.gs/u/1514642?plans=true) - IF YOU USE MY 3D FILES FOR COMMERCIAL PURPOSES, YOU HARM MY WORK AND MY COLLABORATORS - DON'T DO IT!**

**Warning: The content in question is protected by a Creative Commons license that does not allow the creation of derivative works or remixes. This means that it is not permitted to modify, transform, or further develop the material in any form. Make sure to comply with the terms of the license to avoid copyright violations.**

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_How do I take such high-quality photographs?
Here's my equipment:_

_Camera: https://amzn.to/3RPDj2c_
_Lightbox: https://amzn.to/4btNvV0_ 
_Tripod: https://amzn.to/3L51fuT_

Mechanical Dice - fully 3d printable - no external parts

bottom_frame_v2.stl

trigger_v5.stl

My print in place experiments culminate in this cool treasure chest that has functioning lock (and a separate key that opens it).

After printing, carefully bend the lid and loosen the hinges, breaking any possible z-seam blobs inside. Then check the bottom of the chest and the lock latch; run a fingernail or some other thin part along the latch edges and slightly push apart to loosen any fused z-seams. You can use for example a flat screwdriver and push the latch from the opposite end of the larger gap to loosen it finally. It's better to make sure the latch is free before twisting the key in the lock and possibly breaking it inside.

Print-in-Place Treasure Chest with Functional Lock

Print in Place Treasure Chest.stl

**Model**
Snap close connector that's great for holding small items or fidgeting with. 

Do not use one of these to hold any sort of load or in a situation that could injure you or someone else.

[Build Video](https://youtu.be/5h5bShThIvw)

**Print Settings**
Nothing fancy here. Just regular 0.2 mm layer height and minimum 15% infill.

**Hardware Required**
- 3 x M3 x 14 mm screws
- 3 x M3 washers
- 50 mm paperclip

**Other Info**
I've added 'Type 2' sides that are thinner at the rear and allow the connectors to connect to each other. Unlike the original model, the Type 2 model does require supports though - take your pick between the two. 

Check out Scrath's [version](https://thangs.com/Scrath/Snap-Close-Connector-remix-34222) of this design that also uses nuts 

**More Electrosync**
[YouTube](http://youtube.com/user/electrosync)
[Instagram](https://www.instagram.com/electrosync)
[Website](https://electrosync.com.au/)






Snap Close Connector

Snap Close Connector Assembly.stl

Type_2_Connector_Side_1.stl

Type_2_Connector_Side_2.stl

26._Tongue_-_Toyota_TEQ.stl

Hey,
this is a Print in Place Planetary Gear Fidget Spinner. These type of spinners have been around for ages. It's an intermediate step to another design.

**Print Settings:**
I used .16 layer height and put the seam in random. No Supports.

Gear Fidget Spinner Print in Place

Gear Fidget Spinner.3mf

**Model**
This model consists of a three piece torpedo that houses a 16 g CO2 cartridge and ballast holder. The launcher is built with a few bits of hardware and is used to puncture the CO2 canister and launch the torpedo underwater. 
_The torpedo won't harm anyone, but be cautious around the launcher (sharp object) and CO2 gas (high pressure and cold)._

_Update: I've also added alternative top and lower sections by request that are extended so that the torpedoes will float rather than sink (untested)._

Check out the [Build Video](https://youtu.be/VAyJWpTFGtY) for assembly instructions and to see how they perform.

**Print Settings**
- Print all parts in their original orientation.
- Torpedo parts: 0.2 mm layer height, 40% infill, no supports (rely on bridging)
- Torpedo - Ballast Holder: Print two of 
- Launcher - Housing: 0.2 mm layer height, 40% infill, supports (touching build plate and increase overhang angle to 80 degrees to avoid supports on outer threads, or use support blocker)
- Launcher - Nail Holder: 0.1 mm layer height (smoother action), 40% infill, supports
- Other launcher parts: 0.2 mm layer height, 40% infill, no supports 
Launcher - Spacers: Print if required to add preload to spring (two sizes to choose from)

**Hardware Required**
- 16 gram disposable CO2 cartridges 
- 1 x M3 x 20 mm machine screw
- 1 x M3 x 4 mm heatset insert
- 1 x 12.7 mm x 38.1 mm x 1.041 mm compression spring (or similar diameter and use spacers)
- 1 x 50 mm x 3.3 mm nail (concrete nails are good)
- Fishing sinkers for ballast (or anything else that you can stuff in the nose cone)

**More Electrosync**
[YouTube](http://youtube.com/user/electrosync)
[Instagram](https://www.instagram.com/electrosync)
[Website](https://electrosync.com.au/)

CO2 Pool Torpedo and Launcher

Assembly.stl

Torpedo - Top Section (Extended Version).stl

Torpedo Lower Section (Extended Version).stl

Hey,
this is a very popular Print in Place fidget toy. It's basically just a bunch of scissor linkages that form a very interesting metamaterial. I added some printability features.

**How to print:**
Just slice the presupported File with standard settings and no supports. Or print the presliced File.

That it enjoy your new Fidget.

**Technical Data:**
The presupported Squish Ball takes roughly 80g of Filament to print.
The Filament used is  [Partly Sunny Yellow Multicolor HTPLA by Protopasta](https://proto-pasta.com/collections/all/products/partly-sunny-yellow-multicolor-htpla?aff=202)

Squish Ball Print in Place Fidget Toy

Presupported.stl

Hey,
this is a well-known 3D-printed Fidget Toy. I don't know where it originated (please let me know if you do). I did make a few Variations on this. Like the [Twisty Grid.](https://than.gs/m/1211796)

It's a print in place. No Assembly required.

Print settings:
Standard. No support. It might print better in smooth Filament.

Troubleshooting:
If this sticks together, you can try scaling it up. That also increases the tolerances.

Technical Data:
The Flexi Grid takes, around 200g of Filament and 9 hours to print. This estimate is for the biggest version.

The Filament I used in the Pictures is:
[Protopasta Scarlet Symphony.](https://proto-pasta.com/collections/all/products/scarlet-symphony-htpla?aff=202)

Flexi Grid Fidget Toy

Big Version 7 x 7.stl

Interested in selling physical prints of my designs? Want to access a growing library of exclusive 3D models? 🚀 Unlock exclusive benefits and premium access with my membership.

Membership: [Exclusive models + Commercial License](https://than.gs/u/5447?plans=true)

---
Low-poly Psyduck.

✅ No support material
✅ Low infill density
✅ Optimized for filament 3D printers

Two versions available: Single part and multi-part.

---

Flowalistik STL files are strictly for personal use. Unauthorized resale of these digital files is illegal and subject to legal action. Respecting this copyright policy protects intellectual property and supports the creators and the integrity of the 3D printing community.

Low-poly Psyduck

psyduck_lowpoly_flowalistik_body.stl

Hey,
this is the infinity Cube. By now a well-known 3D-printed Fidget toy.

Print Settings:
Standard for whatever you use. No supports.

Tips:
Use 100% infill. The Heavier this thing is, the better the hinges work.

Troubleshooting:
It's stuck and does not move. Try enabling bridge settings in your slicer. You can also try using another filament brand.
Btw. this will not print in PETG.

Infinity Cube - Print in Place Fidget Toy

Infinity Cube.stl

About
A BMO Nintendo Switch Stand.

I've also include a body without the switch stand if you just want to make a BMO model.

These parts are provided free of charge under Creative Commons - Attribution - Non-Commercial - Share Alike license. This comes with out any warranty, guarantees, or liability for the files or parts produced with them. You are responsibly for assessing the strength and appropriate application of any parts produced with these files.

Parts to Print
There are a few different options for different printers with different capabilities. Theres also some remixes that may make it easier.

The printed parts you will need are:

Set of arms and legs
Back
Body
Body One Piece
or
Split Body Face (can be printed with buttons separately)
Split Body Butt (can be printed in another 2 parts with the Butt_S models)
This thing is huge, it will take ~1 roll of plastic to print. I printed with .4 layers, 25% infill, and 3 walls. . Because the print is so large, Id also recommend an enclosure. I've included one stl with corner hold downs since mine kept warping off the build plate.

The body contains a large bridge if you chose to print it without support. I suspect that some printers may not be able to do this (you can try this test). Cura seems to want to print it in mid air if you don't mess with the bottom layer directions, I had to set my "top/bottom layer directions" to [ 90, 0], this may depend on other settings so double check that its not printing in mid air. If your printer cant do this bridge I recommend printing the two BMO_Body_Split_Butt_S_Screen_Removed models.

Assembly
Non-printed Parts:

4x M5x0.8 counter sunk screws (max 80mm long)
140mm x 80mm picture of BMOs face
Extra Nintendo Switch charging cable if you chose to glue one in. Or a dock like this for hdmi.
Sand and paint all the parts before gluing on parts..

The back is held on with the M5 counter sunk screws.

You can put a picture of BMO's face in behind where the switch goes so you'll see that when the switch isn't in the dock.

You can also hot glue in a charging cable. Id recommend tying a knot inside so it cant be pulled out.

if you printed the face separately glue that on.

I tried to find some thing to make the arms articulable but haven't found a good part yet. Maybe something like "Flexi Ties" but smaller, suggestions welcome.

Changelog
12/31/20: I realized that some of the parts are much larger than they needed to be so to cut down on plastic ive made the walls substantially smaller on the body. Ive also removed the parts without screens since they don't seem to really be useful. Renders have been updated. All parts with the body have been updated.

1/8/21: Fully Printed and tested. I didn't like how tight the fit for the switch is so I added .15mm in the gap.

Design Files
Fusion 360 Files can be found here: a360.co/3007U21
Issued under the same license and terms.

Donate
I'm a grad student at the moment just doing this for fun and sharing what I make. If you support my addiction to making things you can donate via paypal or venmo. I do not plan to charge for the models I make since I love the opensource community and think models should be shared openly. Thank you for your appreciation of my BMO model!


paypal


venmo



I have seen similar models for upwards of $20, if you were considering paying for those please instead consider sending some money to any of the following charities:

https://ablegamers.org/
https://www.aclu.org/
https://www.gamesaid.org/
https://www.eff.org/

BMO Nintendo Switch Stand

BMO Switch Stand v16.step

Support free printing! on all Four parts. top room has to be glued on. there files to add a 20mm glass eye or a standard paintable eye file.
In the heart of the ancient realm, there stood a Castle ,  renowned for its towering spires and mystical legends.At the tallest peak was the Enigma Tower, a structure cloaked in mystery. Long ago, a sorcerer named Morvain sought to defy nature, fusing the tower with mimic magic, enabling it to imitate and ensnare. Yet, his experiment backfired. The tower absorbed Morvain's essence, gaining life.
With each dawn, a single eye formed upon the tower's stone surface, fixating on the land below. Its walls contorted into eerie smiles, and the tower itself pulsated with an otherworldly energy.

Mimic Dice tower

mimic tower bottom (1).stl

This dice tower prints-in-place in the retracted position with no supports but after printing it extends to three times its original height. The drawbridge opens to allow the dice through, but a detent keeps it closed when traveling.  The funnel on top and the angle on the bottom mixes the die and makes sure they exit the tower every roll. There is a button on the bottom that locks the tower in position so it wont accidently extended. There is compartment on the bottom for storing dies with a built in catch on the lid.

It is designed to be printed with a .4mm nozzle. The walls are four shells thick, two shells are used for the brick inlay.

If your tower does not extend all the way, pull it apart until you have the desired extension and leave it for a day or two. The plastic will eventually "creep" and you will eventually get the perfect fit. 
If when you extend the tower it does not catch soon enough to stay open, increase your “Extrusion Multiplier” or “Flow Rate” depending on the slicer. For example, If the segments are just starting to catch before they are pulled apart, I would increase this facture 10%. In this case, if its set at 1, increase it to 1.1.

Printed on the [Muldex](https://github.com/3dprintingworld/MULDEX) rep-rap IDEX printer 
____
Having troubles printing or want to show off your prints?  Join our Facebook [Group.](https://www.facebook.com/groups/1390970855008168) 

Collapsing Dice Tower

This dice tower prints-in-place in the retracted position with no supports but after printing it extends to three times its original height. The drawbridge opens to allow the dice through, but a detent keeps it closed when traveling.  The funnel on top and the angle on the bottom mixes the die and makes sure they exit the tower every roll. There is a button on the bottom that locks the tower in position so it wont accidently extended. There is compartment on the bottom for storing dies with a built in catch on the lid.

It is designed to be printed with a .4mm nozzle. The walls are four shells thick, two shells are used for the brick inlay.

Note: if your tower does not extend all the way, pull it apart until you have the desired extension and leave it for a day or two. The plastic will eventually "creep" and you'll get the perfect fit.
Printed on the [Muldex]( https://github.com/3dprintingworld/MULDEX) rep-rap IDEX printer 
___
**Support and Licensing**
If you would like to help support more free models, or get permission to sell physical copies of my models, consider joining my [Patreon]( https://www.patreon.com/3dprintingworld)

This dragon crest can cozy doubles as a dice tower so you can Slip in a can of your favorite 12 oz beverage and roll the dice of your friends .recommend supporting just under the handle for quality results.this is sure to be a great addition to any dice tower collection.Enhanced with Bambu AMS Color files.

Dragon Crest can cozy dice tower

Dragon Dice mug good.stl

Got a wall or surface that would look good with random steampunk piping? 
See here for video: https://youtu.be/Rel09RWBtWQ

These four panels tile together in any rotation so you can cover large areas with no repeating patterns. There are two panel configurations. Each configuration comes with a “pipes only” version as well as a version with gauges and handles.

These models come pre-supported to ensure that all the overhangs are properly supported. The grid is to ensure good bed adhesion. The grid and all the support material is intended to be removed, leaving only the pipes. If you need more attachment points you can leave some of the supports in place.

Use glue to attach the panels together and to the surface.
This set is part of a design collaboration with Maison Lumiere (https://thangs.com/designer/Maison%20Lumiere) and Skipper07 (https://thangs.com/designer/Skipper07%20) Check out their Instagram accounts for more on the project!

These models were used in the “Mad Scientist Lab.”


Steampunk Pipe Panels

Pipe Panel 2 with Gauges and Handles.stl

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