| Visit [JERRARI3D.com](https://www.jerrari3d.com/) for Instructions and a complete look at the GEN2 collection 
__________________________________________________
The GEN2 Modular System is a 3D printable storage solution offering ultimate flexibility and customization. Perfect for home users, hobbyists, and small businesses, so you can print exactly what you need and customize every piece to fit your space and style.

Unlike store-bought sets, GEN2 lets you print only what you need and expand your setup whenever you want. The drawers snap together seamlessly, giving you endless expansion possibilities. With the unique QuickLock mechanism, rearranging or relocating drawers is quick and effortless, so your storage can grow and adapt with you.

**CLASSIC DRAWERS**
These drawers are based on the original GEN2 design, featuring a clean, functional layout with an integrated front handle. Designed for easy, one-piece printing without extra parts or assembly.
__________________________________________________

**STEP 1:** Location

Decide how you would like to use your GEN2 storage. Keep in mind that the drawers are modular and can be easily swapped between under table and table top locations. All drawers are available for mounting under the table using rails, but you can also place them on top of any surface with table top kits.

Find these kits at [JERRARI3D.com](https://www.jerrari3d.com/gen2-modular-system)

**[• UNDER TABLE (GEN2 RAILS)](https://youtu.be/2UPSWt1l6U8)**
_Attach GEN2 drawers under any surface by installing the GEN2 RAILS. Once installed drawers can slide and lock into place, they can then be swapped out and rearrange in seconds._
**[• TABLE TOP KITS](https://youtu.be/1AuZleSjCps)**
_Table Top Kits include covers and foot rails that when combined with drawer cases create a rigid structure that can be placed anywhere_

These drawers are completely compatible and interchangeable with any GEN2 drawer systems in [240 length](https://www.jerrari3d.com/gen2-modular-system/240). 

**HARDWARE**
Includes affiliated links to help support my projects
• Filament - [Black PETG](https://amzn.to/46wset1) (My go to for the drawer bodies)
• Screwdriver
• Magnets (Optional): [10x5x2mm](https://amzn.to/46odFrD) or [10x2mm](10x2mm)
• M3 nuts and screws: M3x6 - M3x10- [I prefer this kit](https://amzn.to/3LSaQFv)
• Label Maker (makes 12mm labels) - [I prefer this one](https://amzn.to/410DL1p)

• (*Optional - Under table) Countersunk woodscrews: (Metric: 4x25mm to 4x16mm) or (SAE: #6 or #8 up to 1" long)
• (*Optional - Under table) Drill bit that is smaller diameter than the wood screws
• (*Optional - Under table) Pen, Marker, or Scratch Awl (for installing under tables)
 

**INSTRUCTIONS**

Detailed visual instructions at [Jerrari3d.com](https://www.jerrari3d.com/gen2-modular-system)

INSTRUCTIONS

See attached videos or visit for basic instructions [JERRARI3D.com](https://www.jerrari3d.com/home)


Please note: The Non-Commercial license refers specifically to selling prints. You're absolutely welcome to use my designs in commercial environments—I actually encourage you to use them anywhere you see fit! 👍

GEN2 Classic Filament Drawer - 240-1W-05H

240-1W-05H Filament Classic Drawer.stl

TPU Locks to secure Printy Panel connectors.

[https://youtu.be/xgLI_G_G63o](https://youtu.be/xgLI_G_G63o)

**Options**

- 1-Way
- 2-Way Straight
- 2-Way Turn
- 3-Way
- 2-Way Straight 2-Layer: Use to stack panels



**Printing**

- Print in a stiff TPU (95A or 98A works well)
- All parts can be printed without supports.
- Use large 0.3mm layer heights for quicker prints that are still strong.



**How to use**

- Slide lock into panel after all connectors in that port are in place.
- You may need to use a tool, like a flathead screwdriver to push the lock in place or to remove a lock.



**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Attribution](https://creativecommons.org/licenses/by/4.0/) license.

This license allows selling copies, but you must provide proper attribution, as detailed in the license itself.

Please note that any other projects linked here (remixes or related projects) may have a different license. Please respect those licenses.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.



Printy Panels - TPU Locks

Template - All Files.step

Teaching aid for learning to read and write braille with large 6mm diameter dots.

[https://youtu.be/Z9aghYXRcNk](https://youtu.be/Z9aghYXRcNk)
 

**Customization**
 

_Case Size_

- Single cell
- 8-cell

_Case Style_

- Hard Case with embedded TPU inserts
- Fully TPU Case

_Button Options_

- Flat
- Round



**Printing**

- All parts can be printed without supports
- Cases are printed upside down (walls facing up) so there is no bridging
- 92A durometer or softer TPU is recommended for all flexible parts
- Print buttons in PLA or other rigid material
- If printing the hard case on a multi-material printer, turn on “Interface Shells” so the - TPU gasket has a solid base to print on
- If printing the hard case on a single-material printer, pause the print just before the layer where the case begins to bridge. Insert the TPU gasket so that the top is entirely flush
- 2 perimeter walls is sufficient for all flexible parts, but additional perimeters may provide better results if the buttons feel too loose



**Assembly**

- Press fit buttons into the case.
- That's it!



**Filament**

You can get drastically different results depending on what filaments you use for the flexible parts of this design. This video by [Filament Stories](https://www.filamentstories.com/) includes some recommended options.

- [YouTube Short](https://www.youtube.com/shorts/OflMXw4e_Sk)
- [YouTube Long](https://youtu.be/8oy3ABtAt2E)



**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Public Domain](https://creativecommons.org/publicdomain/zero/1.0/) license.

This license grants you permission to download, distribute, alter, print, and sell copies of this design.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.

Braille Training Cell - 6MM

Demo - Assembled.3mf

Teaching aid for learning to read and write braille with large 4.5mm diameter dots.

[https://youtu.be/Z9aghYXRcNk](https://youtu.be/Z9aghYXRcNk)
 

**Customization**
 

_Case Size_

- Single cell
- 8-cell

_Case Style_

- Hard Case with embedded TPU inserts
- Fully TPU Case

_Button Options_

- Flat
- Round



**Printing**

- All parts can be printed without supports
- Cases are printed upside down (walls facing up) so there is no bridging
- 92A durometer or softer TPU is recommended for all flexible parts
- Print buttons in PLA or other rigid material
- If printing the hard case on a multi-material printer, turn on “Interface Shells” so the - TPU gasket has a solid base to print on
- If printing the hard case on a single-material printer, pause the print just before the layer where the case begins to bridge. Insert the TPU gasket so that the top is entirely flush
- 2 perimeter walls is sufficient for all flexible parts, but additional perimeters may provide better results if the buttons feel too loose



**Assembly**

- Press fit buttons into the case.
- That's it!



**Filament**

You can get drastically different results depending on what filaments you use for the flexible parts of this design. This video by [Filament Stories](https://www.filamentstories.com/) includes some recommended options.

- [YouTube Short](https://www.youtube.com/shorts/OflMXw4e_Sk)
- [YouTube Long](https://youtu.be/8oy3ABtAt2E)



**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Public Domain](https://creativecommons.org/publicdomain/zero/1.0/) license.

This license grants you permission to download, distribute, alter, print, and sell copies of this design.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.

Braille Training Cell - 4.5MM

Elevate your 3D-printed fashion with this completely no-sew crossbody bag. Designed to be printed flat and assembled in minutes, this bag is the ultimate fusion of utility and modular design.
Whether you are looking for a sleek single-color accessory or a vibrant multi-color masterpiece, this file is optimized for high-end results.

Snapmaker U1: Optimized for multi-color TPU printing. Included project files feature modifiers to help you create stunning color patterns on the flap.
Bambu Lab H model (AMS/AMS lite): Compatible with TPU printing setups for multi-material enthusiasts. I'll design and slightly smaller one to fit the 256x256 bed.
Any 3D Printer: Can be printed as a stylish single-color piece on any standard machine capable of printing TPU.

**Features & Specifications**
Completely Modular: Since the bag uses hardware instead of permanent rivets or stitching, you can swap the flap, strap, or base at any time to match your outfit.
Dimensions: Approximately 7.5" W x 5" H when folded.
No-Sew Construction: Simply fold the sides and "braid" the strap through the integrated slots—no needle and thread required!

**Hardware & Assembly**
To complete the professional look, you will need the following:
Twist Lock: [I used these](https://www.amazon.com/Sexy-Sparkles-Silver-Purse-Twist/dp/B01KVZPMC4/ref=sr_1_2?crid=1R5A7VF9JJB7Z&dib=eyJ2IjoiMSJ9.chkSFa8MYsT3SzhyLwEvTAaqWjy20oeEAtG-dmXcSRwB8s4wxJ3DmBViUBP8rnRT.vIavjY3gb8MfWSw8Jlrisc2P_6l3P1lixCzw3eUWCTg&dib_tag=se&keywords=Twist+Turn+Lock+28x37mm&qid=1768431077&sprefix=twist+turn+lock+28x37mm%2Caps%2C142&sr=8-2)
Chicago Screws: [I used these](https://www.amazon.com/dp/B0D4LRT7ZM)  (The holes are also compatible with rivets if you prefer a permanent bond).

**What’s Included**
Main Bag Base, Flap, and Strap STLs.
Project files with pre-set modifiers.
Standalone modifier files for flap customization.

1/17/26 Bambu .3mf file added. It's basically the STLs shrunk to 92.34% and the strap printed at 19mm high. The same hardware all fits. 
1/20/26 added images for Bambu prints

Modular No-Sew TPU Crossbody Bag (Flat-Pack Design)

sachel plain bag.3mf

sachel fold base.stl

bambu sachel single color.3mf

An expandable and perpetually poppable fidget toy with a simple TPU mechanism.
 
**Button Options**
- Default: round on top flat on bottom
- Round (print on side)
- Flat

**Optional Clasp**
Add a clasp to connect/disconnect your chain into a loop.
- Print the bottom half of the clasp in rigid filament (PLA/PETG/ABS)
- Print the top half of the clasp in flexible TPU.
- Attach the bottom half of the clasp to your chain using the thinner clasp pin.

**Printing**
- Print the link cases in TPU - 92A is recommended, but 95A also works.
- Increase perimeter count in the cases to 4-5 perimeters to provide a solid click
- Print remaining parts in a rigid filament (PLA/PETG/ABS)
- Add brims if bed adhesion is an issue - especially on the small pins

**Assembly**
- Press-fit buttons into the link case
- Connect link cases together with a pin - pins are intentionally larger than the TPU holes they go into. It's expected that the TPU links will need to stretch a bit.

**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Attribution](https://creativecommons.org/licenses/by/4.0/) license.

This license allows selling copies, but you must provide proper attribution, as detailed in the license itself.

Please note that any other projects linked here (remixes or related projects) may have a different license. Please respect those licenses.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.

Pop Fidget Chain

demo-assembled.3mf

Clasp - Top.stl

Clasp - Bottom.stl

Demo - Clasp.stl

Demo - Clasp.3mf

Clasp Pin.stl

Perpetually poppable fidget toy with a simple TPU mechanism.


Intro and demo video
[https://youtu.be/_vFLbze1DHM](https://youtu.be/_vFLbze1DHM)
 

**Case Options**

- 1x2
- 1x3
- 1x4
- 1x5
- 1x7
- 2x2
- 3x3
- 4x4
- 5x5
- 8x8
- 24x24 (requires a 300x300mm print bed)


**Insert Options**

- Default - 0.45mm internal radius
- Loose - 0.6mm internal radius
 

**Button Options**

- Default: round on top flat on bottom
- Round (print on side)
- Flat



**Assembly**

- Press-fit buttons into the case
- There is no second step



**Printing**

This design includes a TPU gasket which is entirely contained within a rigid (PLA/PETG/ABS) frame. Printing requires either a multi-material printer or pausing the print to insert the pre-printed TPU gasket.

_Either way_

- Print the TPU Gasket with at least 5 perimeter shells
- Print buttons separately from the case

_If printing on a multi-material printer_

- Turn on the “Interface Shells” so the TPU gasket has a solid base to print on
- If using a wipe tower, set “Wipe Tower Extruder” to your TPU toolhead to create a reliable TPU wall around the wipe tower

_If printing on a single-material printer_

- Pause the print just before the layer where the case begins to bridge. Insert the TPU gasket so that the top is entirely flush



**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Attribution](https://creativecommons.org/licenses/by/4.0/) license.

This license allows selling copies, but you must provide proper attribution, as detailed in the license itself.

Please note that any other projects linked here (remixes or related projects) may have a different license. Please respect those licenses.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.

[Click here for attribution examples](https://wiki.creativecommons.org/wiki/best_practices_for_attribution)

Pop Fidget (Multi-material design)

Bumpers to add a soft TPU grip to your [Pop Fidgets](https://thangs.com/file/997526)!

**Bumper Options**
- 1x2
- 1x3
- 1x4
- 1x5
- 1x7
- 2x2
- 3x3
- 4x4
- 5x5
- 8x8

**Printing**
- Print in TPU.
- Increase or decrease wall thickness to customize how the grip feels.

**Printing**
- Bumper should snap tightly onto the fidget.
- If it feels too loose, add a drop of super glue.

**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Attribution](https://creativecommons.org/licenses/by/4.0/) license.

This license allows selling copies, but you must provide proper attribution, as detailed in the license itself.

Please note that any other projects linked here (remixes or related projects) may have a different license. Please respect those licenses.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.

[Click here for attribution examples](https://wiki.creativecommons.org/wiki/best_practices_for_attribution)

Pop Fidget Bumpers

template.stl

Perpetually poppable fidget toy with a simple TPU mechanism and a handy keychain loop.

[Pop Fidget Updates](https://youtu.be/O1p4XR9-G_s)
[Pop Fidget](https://youtu.be/_vFLbze1DHM)
 
**Case Options**
- 1x2
- 1x3
- 2x2
- 3x3


**Insert Options**
- Default - 0.45mm internal radius
- Loose - 0.6mm internal radius
 
**Button Options**
- Default: round on top flat on bottom
- Round (print on side)
- Flat

**Assembly**
- Press-fit buttons into the case
- No more steps

**Printing**

This design includes a TPU gasket which is entirely contained within a rigid (PLA/PETG/ABS) frame. Printing requires either a multi-material printer or pausing the print to insert the pre-printed TPU gasket.

_Either way_

- Print the TPU Gasket with at least 5 perimeter shells
- Print buttons separately from the case

_If printing on a multi-material printer_

- Turn on the “Interface Shells” so the TPU gasket has a solid base to print on
- If using a wipe tower, set “Wipe Tower Extruder” to your TPU toolhead to create a reliable TPU wall around the wipe tower

_If printing on a single-material printer_

- Pause the print just before the layer where the case begins to bridge. Insert the TPU gasket so that the top is entirely flush


**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Attribution](https://creativecommons.org/licenses/by/4.0/) license.

This license allows selling copies, but you must provide proper attribution, as detailed in the license itself.

Please note that any other projects linked here (remixes or related projects) may have a different license. Please respect those licenses.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.

[Click here for attribution examples](https://wiki.creativecommons.org/wiki/best_practices_for_attribution)

Keychain Pop Fidget (Multi-material design)

A panda recolor of the [Articulated Bear Cub](https://than.gs/m/1218827).

**Customization**

_Head_

- Default head
- Head with hat port - Compatible with many snowpeople hats


**Printing**

- Unlike the [Articulated Bear Cub](https://than.gs/m/1218827), which is easily printed on both single and multicolor printers, this design is only recommended on multicolor printers because the panda spots are not easy to print in pieces. Single color printers will probably get the best results by painting the panda spots instead.
- All parts can be printed without supports. However, the chest includes challenging overhangs that may benefit from supports on some printers.
- A 0.15mm layer height is recommended for cleaner overhangs.
- Head and chest have very little contact with the print bed. A brim may be useful to prevent these parts from detaching.
- Consider applying a slight fuzzy skin to outer walls for a furry look and a stronger grip when posing.


**Assembly**

- See the video above for a full assembly of the bear cub - this remix is the same process.
- If printing eyes, nose, and toes separately, glue these parts into place.
- Bear can be held together with a rubber band, scrap of TPU, round sewing elastic, fishing wire, or a printed TPU tie (model included in the files).
- After assembling the bear, you can close up the bottom port with the 3D printed plug. - Use a flathead screwdriver to lock the plug in place.



**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Attribution](https://creativecommons.org/licenses/by/4.0/) license.

This license allows selling copies, but you must provide proper attribution, as detailed in the license itself.

Please note that any other projects linked here (remixes or related projects) may have a different license. Please respect those licenses.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.
 

**Recommended Attribution Text**

"Articulated Bear Cub Fidget" (https://3dprinty.xyz/project/141) is designed by 3D Printy (https://3dprinty.xyz) and shared under a Creative Commons Attribution (CC BY 4.0) license (https://creativecommons.org/licenses/by/4.0/).

Articulated Panda Cub Fidget (MMU)

Demo - All Parts.stl

When I saw the Strong TPU Strap by Turbopstros (https://www.printables.com/model/1451354-strong-tpu-strap-parametric), I had a vision. That's where this bag comes in. I created my version of the TPU strap which is in this file. 
Join me in creating a stunning, unique tote bag with this 3D-printed kit! This project combines 60 PLA flat rings with flexible TPU straps and a sturdy 3D-printed bag base to form a chic, interwoven design. The final product is a durable and stylish bag, perfect for carrying your essentials. If you choose, you can add a lined pouch for added privacy.

This design is a great way to blend 3D printing with crafting, using simple leather rivets to hold the beautiful braided structure in place.

Assembly Instructions (Braiding and Riveting)
Materials Needed:

60 x PLA Flat Rings (Included in file)
1 x Bag Base (Included in file) printed with fuzzy skin
TPU Strips (Print 4 of the included TPU strip file)
2 pieces @ 43" (Handle Strips)
5 pieces @ 25.5" (Horizontal Body Strips)
8 pieces @ 13" (Vertical Body Strips)
34 pairs of 6mm leather rivets

Tools: Hole punch, scissors, and rivet pliers (recommended for easier access).

Detailed Video Instruction: For a step-by-step visual guide, please check out the linked video instruction on my YouTube channel

Assembly Steps:

Prepare the Strips: Cut the 4 printed TPU strips into the lengths specified above for the handles, horizontal body, and vertical body strips.

Attach Handles and Vertical Strips to Base: Slide the 2 handles and the 8 13-inch strips into the slots around the bag base. Punch holes and attach these strips evenly around the perimeter of the bag base using a total of 24 leather rivets (12 pairs). Ensure the strips are secured.

Start the Braiding (Horizontal): See video.  After each round, you'll need to connect the 25.5 inch strip with a pair of rivet. 8 pairs on each side of the bag. 

Weave and Secure the Rings: Continue adding the PLA rings and weaving the horizontal strips, working your way up the bag. The rings should be held in place by the tension of the interwoven strips.

Secure Horizontal Strips: Once the main body is woven, secure the ends of the five horizontal strips to a vertical strip or the bag base using the remaining 12 leather rivets. The weaving action itself is the primary mechanism holding the bag together.

Interwoven Rings and Strap Tote Bag

straps and circle bag.3mf

A cute bear with posable ball joints.


**Customization**

_Head_

- Default head
- Head with hat port - Compatible with many snowpeople hats


_Color Options_

- Single color - Print eyes, nose, and toes separately and glue these parts in
- Multicolor - Head and bottom print with eyes, nose, and toes already installed


**Printing**

- All parts can be printed without supports. However, the chest includes challenging overhangs that may benefit from supports on some printers.
- A 0.15mm layer height is recommended for cleaner overhangs.
- Head and chest have very little contact with the print bed. A brim may be useful to prevent these parts from detaching.
- Consider applying a slight fuzzy skin to outer walls for a furry look and a stronger grip when posing.


**Assembly**

- See the video above for the full assembly process.
- If printing eyes, nose, and toes separately, glue these parts into place.
- Bear can be held together with a rubber band, scrap of TPU, round sewing elastic, fishing wire, or a printed TPU tie.
- After assembling the bear, you can close up the bottom port with the 3D printed plug. - Use a flathead screwdriver to lock the plug in place.


**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Attribution](https://creativecommons.org/licenses/by/4.0/) license.

This license allows selling copies, but you must provide proper attribution, as detailed in the license itself.

Please note that any other projects linked here (remixes or related projects) may have a different license. Please respect those licenses.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.
 

**Recommended Attribution Text**

"Articulated Bear Cub Fidget" (https://3dprinty.xyz/project/141) is designed by 3D Printy (https://3dprinty.xyz) and shared under a Creative Commons Attribution (CC BY 4.0) license (https://creativecommons.org/licenses/by/4.0/).

Articulated Bear Cub Fidget

Template.step

Cute seal with a swiveling ball joint head.

**Customization**

_Head_
- Default
- Hat - Works with hats designed for the [Snowman Fidget](https://than.gs/m/39952) or [Posable Penguin](https://than.gs/m/970297).

**Printing**
- Set seam position to random or place it around the back of the seal’s head.
- Add a very slight fuzzy skin to the head and body to add friction to the ball joint.
- To limit stare stepping at the top of the snowman head, use variable layer height or hide the a concentric top layer infill pattern.
- Add a brim when printing the eyes.

**Assembly**
- Glue eyes into the head.
- Hook a scrap of TPU (or similar flexible string) around the hook at the base of the head - use pliers if needed to pull the TPU through.
- Thread both ends of the TPU through the body and out through the bottom.
- Pull the TPU tight.
- Tie the TPU to keep it under tension.
- Trim the loose ends of the TPU.

**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Attribution](https://creativecommons.org/licenses/by/4.0/) license.

This license allows selling copies, but you must provide proper attribution, as detailed in the license itself.

Please note that any other projects linked here (remixes or related projects) may have a different license. Please respect those licenses.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.

**Recommended Attribution Text**

"Swivel Seal Fidget" (https://3dprinty.xyz/project/128) is designed by 3D Printy (https://3dprinty.xyz) and shared under a Creative Commons Attribution (CC BY 4.0) license (https://creativecommons.org/licenses/by/4.0/).

Swivel Seal Fidget

Demo - All Files.stl

Whether you need to manage appliance cords or tidy up messy drawers, these designs offer the perfect solution.

***

**Includes two versions:**

- **Adhesive Cable Winder:** Designed for kitchen appliances (mixers, blenders, etc.). The flexible base allows it to adhere perfectly even to curved surfaces. Simply attach it using double-sided tape and wrap your cord neatly.

- **Drawer Cable Organizer:** The ultimate tool for tidying up loose cables in your desk or junk drawers. Compact and durable, it keeps your charging cables and peripherals tangle-free and easy to access.

***

**Recommended Materials:**
Designed to be printed with flexible materials. Using **PEBA 90A** by eSun or any **TPU / Flexy PLA** is highly recommended. The inherent flexibility of these filaments allows the organizer to conform to curved surfaces and ensures a soft, durable grip on your cables.

***

**Printing Tips:**
- **No supports needed**
- **Recommended infill: 15–20%** (adjust based on desired flexibility).
- **Print with a flexible filament**

***

**OTHER VIDEO & PHOTO**
If you want to see more videos or photos of this design follow me on my [_Instagram_](https://www.instagram.com/af_inventions) or [_TikTok_](https://www.tiktok.com/@af_inventions)!

***

_**COMMERCIAL LICENSE**
Purchasing or downloading this file does not give you the right to sell physical prints of this design.
You can obtain a commercial license for all my designs by signing up to my [_Thangs_](https://than.gs/u/3123610?plans=true)._

CABLE LOOP | FLEXIBLE CABLE ORGANIZERS

CABLE LOOP - VERSION 2.STL

**🛠 Customizable in Your Browser**  
Adjust bin dimensions, magnet size, and clearance so it prints exactly how you need.  
Customize it on the Lunar Prototypes website. No slicer hacks or CAD required.  

[**Build Your Version Now**](https://lunarprototypes.com/catalog/toys/toy-sword.html)  

See below for more details.  

&nbsp;  
&nbsp;  

**Overview**  
This isn’t your average toy sword. I designed it so you can set the grip and blade to fit any hand and print bed space. No more oversized, awkward handles.  
&nbsp;
The blade prints in flexible TPU for safer play, and you can make it as long or short as you need. The grip diameter and length are both adjustable in the customizer, so every sword is made to actually fit the person using it.  
&nbsp;
Four parts, easy to assemble, and tough enough for daily chaos. Perfect for costumes, play, or just because you want something better than the usual off-the-shelf stuff.  

&nbsp;  
&nbsp;  

**Printing Tips**  
**Printing Technology:**&nbsp;FDM
**Layer Height:**&nbsp;0.2 mm
**Perimeters:**&nbsp;4
**Infill:**&nbsp;10%
**Infill Pattern:**&nbsp;Gyroid
**Recommended Material:**&nbsp;PLA, TPU, ABS, PETG
**Supports:**&nbsp;No
**Support Type:**&nbsp;None

**Notes:**  
- Set maximum diagonal print bed size to ensure blade is not too long.
- For a softer blade set infill to zero. If using zero infill, align blade on bed so bridging goes across the blade, not length wise.

&nbsp;  
&nbsp;  

**Customization Instructions**  
Customize your Custom Toy Sword directly on the Lunar Prototypes website:  

[**Custom Toy Sword**](https://lunarprototypes.com/catalog/toys/toy-sword.html)  

- **Navigate**: Go to the customization tab.  
- **Customize**: Enter your desired magnet size, hook angle, and length.  
- **Submit**: Click submit and wait for the design to complete.  

⚠ The customization system is currently in beta. Feedback is welcome! If you have issues, join our Discord for support.  

&nbsp;  
&nbsp;  

**Assembly Instructions**  
**Materials Needed:**  
None  

**Instructions:**  
1. Measure diameter and length of hand
2. Set parameters in customizer and generate
3. Print all pieces
4. Slide blade into handle
5. Insert blade retention pin into blade
6. Screw on cap

&nbsp;  
&nbsp;  

**Want to see more like this?**  
Like what we’re doing? [Support the project on Patreon](https://patreon.com/LunarPrototypes). Even free members get early previews and project updates.  

Follow Lunar Prototypes on [Instagram](https://www.instagram.com/lunarprototypes) or subscribe on [YouTube](https://www.youtube.com/@lunarprototypes) for new releases and behind-the-scenes projects.  

Got a feature idea or found a bug? [Join the Discord](https://discord.gg/RdCvuQZbSj) to help shape the next update.  


Custom Toy Sword

Kids Sword.3mf

**🛠 Customizable in Your Browser**  
Adjust size, height, clearance, and more so it prints exactly how you need.  
Customize it on the Lunar Prototypes website. No slicer hacks or CAD required.  

👉 [Build Your Version Now](https://lunarprototypes.com/catalog/organization-storage/magstow/magstow-scrap-bin.html)  

See below for more details.&nbsp;  

---

### **Overview**  
The MagStow Scrap Bin is a functional container designed for makers who want an easy way to store purge lines, skirt scraps, and other print waste.&nbsp;  

Its TPU flexible membrane pulls debris from your fingers, while the screw-on lid and up to six magnet cavities keep the bin secure on lockers, toolboxes, or workbenches.&nbsp;  

Built with square sides for efficient space use, this container combines flexible material performance with reliable magnetic storage.&nbsp;  

---

### **Customization Instructions**  
Customize your MagStow Scrap Bin directly on the Lunar Prototypes website:  
[MagStow Scrap Bin](https://lunarprototypes.com/catalog/organization-storage/magstow/magstow-scrap-bin.html)  

1. **Navigate**: Go to the customization tab.  
2. **Customize**: Enter your desired measurements and adjustments.  
3. **Submit**: Click submit and wait for design to complete.  

**Note**: The customization system is currently in beta. Your feedback helps us improve.  
👉 Join our [Discord](https://discord.gg/RdCvuQZbSj) if you have issues or ideas.&nbsp;  

---

### **Printing Tips**  
**Printing Technology:** FDM
**Layer Height:** 0.2 mm
**Perimeters:** 4
**Infill:** 10%
**Infill Pattern:** Gyroid
**Recommended Material:** PLA + TPU
**Supports:** Yes
**Support Type:** None

**Notes:**  
- Designed to use TPU for the gasket and PLA, PETG, ASA, or ABS for the container  
- Supports up to 6 magnets at 75 mm diameter  
- Base design is 75 mm diameter  

---

### **Materials Needed**  
- 4x [18mm x 3mm N52 Magnets](https://amzn.to/4oUTj1N)  

*Disclosure: As an Amazon Associate I earn from qualifying purchases.*  

**Instructions:**  
1. Slice and insert a pause / color change before bridging starts on magnet cavities.  
2. Insert magnets, ensuring polarity is consistent.  
3. Store stuff! &nbsp;  

---

### **Connect with Lunar Prototypes**  
Like what we’re doing? [Support the project on Patreon](https://patreon.com/LunarPrototypes). Even free members get early previews and project updates.&nbsp;  

Follow on [Instagram](https://www.instagram.com/lunarprototypes) or [YouTube](https://www.youtube.com/@lunarprototypes) for new releases and behind-the-scenes projects.&nbsp;  

Got a feature idea or found a bug? [Join the Discord](https://discord.gg/RdCvuQZbSj) to help shape the next update.&nbsp;  


MagStow Scrap Bin

MagStow Scrap Bin.3mf

This Jellyfish is designed to be printed in spiralized mode with flexible TPU filament, but it will print just fine with regular PLA!

Print 4 "oral arms" to go in the central holes and 24 tentacles to insert around the edge.

Squishy Jellyfish

Jellyfish Bell.stl

Introducing Betty, my better gummy bear 3D model for your fun 3D printing needs!

Included is a 3MF file* for you to print Betty with a hole that is compatible with ["The Squeakquel!"](https://makerworld.com/en/models/1447898-the-squeakquel-3d-printable-squeaky-toy#profileId-1507943), the latest 3D printable squeaker from SpoolDesigns, which is an easy-to-print, single-part squeaker! 

*NOTE: I've only tested it out with [Overture HS-TPU translucent filament (aff link)](https://overture3d.com/products/overture-high-speed-tpu-3d-printer-filament-1-75mm?variant=46971914486014&aff=35) so far. 

More testing and 3MF file updates to come!

More TPU squeaky toys here: 
[www.karenchaudesigns.com/3d/squeaky](https://www.karenchaudesigns.com/3d/squeaky?utm_source=thangs&utm_medium=referral&utm_campaign=model-page&utm_content=betty)

Betty the Bear | Fun squishy TPU gummy bear toy!

Gummy bear_KarenChauDesigns_Betty.stl

Tool for writing/reading Braille with large 6mm diameter dots.

**Customization**
 
Merged
Print pre-built sheets in common sizes.

Unmerged
Layout custom sized sheets within your slicer.

Linkable
Assemble custom sized sheets after printing.

**Printing**

- All parts can be printed without supports
- Cases are printed upside down (walls facing up) so there is no bridging
- 92A durometer or softer TPU is recommended for all flexible parts
- Print buttons in PLA or other rigid material
- 2 perimeter walls is sufficient for all flexible parts, but additional perimeters may provide better results if the buttons feel too loose

**Assembly**

- Press fit buttons into the case.
- If assembling a linkable Braille sheet, secure rows together by inserting a link lock into the H-shaped holes that straddle each row. Press the link in so it sits 2mm below the Braille sheet's surface.

**Filament**

You can get drastically different results depending on what filaments you use for the flexible parts of this design. This video by Filament Stories includes some recommended options.



[https://www.youtube.com/shorts/OflMXw4e_Sk](https://www.youtube.com/shorts/OflMXw4e_Sk)
 
[https://youtu.be/8oy3ABtAt2E](https://youtu.be/8oy3ABtAt2E)



**Can I sell copies of this?**

Yes! This project was shared under the Creative Commons - Public Domain license.

This license grants you permission to download, distribute, alter, print, and sell copies of this design.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.

**Can I sell copies of this?**

Yes! This project was shared under the [Creative Commons - Public Domain](https://creativecommons.org/publicdomain/zero/1.0/) license.

This license grants you permission to download, distribute, alter, print, and sell copies of this design.

This license applies only to the model files (STL, 3MF, STEP, F3D) included in this project. It does not apply to photos, videos, my logo, or other supplemental graphics attached to or displayed with this project.

_Attribution Text_

This license does not require attribution. But if you choose attribute my work, feel free to use the following text.

"Braille Sheet" (https://3dprinty.xyz/project/145) is designed by 3D Printy (https://3dprinty.xyz) and shared under a Creative Commons Public Domain (CC 0 1.0) license (https://creativecommons.org/publicdomain/zero/1.0/). 

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CABLE LOOP | FLEXIBLE CABLE ORGANIZERS

Custom Toy Sword

MagStow Scrap Bin

Squishy Jellyfish

Betty the Bear | Fun squishy TPU gummy bear toy!

Braille Sheet - 6MM

CABLE LOOP | FLEXIBLE CABLE ORGANIZERS

Custom Toy Sword

MagStow Scrap Bin

Squishy Jellyfish

Betty the Bear | Fun squishy TPU gummy bear toy!

Braille Sheet - 6MM

GEN2 Classic Filament Drawer - 240-1W-05H

Printy Panels - TPU Locks

Braille Training Cell - 6MM

Modular No-Sew TPU Crossbody Bag (Flat-Pack Design)

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