The model is designed in such a way that it can be put on a zipper without unsewn the ends for the easiest possible installation. Therefore, it consists of several parts.

I printed this with ABS, I think PETG would work just as well. But if you decide to do this with PLA, keep in mind that when heated to 50 degrees Celsius, PLA becomes soft, which will lead to breakage. Direct sunlight can heat it up to more than 50C, just keep that in mind.


**Entidades FBX exportadas zipper_slider:**
  489 faces
  1 materiais

**Entidades FBX exportadas zipper_slider_hand:**
  782 faces
  1 materiais

**Entidades FBX exportadas zipper_slider_hand_classic_v1:**
  486 faces
  1 materiais

**Entidades FBX exportadas:**
  500 faces
  1 materiais

Zipper slider repair

zipper_slider.stl

| 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, it lets you print exactly what you need and customize each piece to match your unique style and space.

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 unlimited expansion possibilities. With the unique QuickLock mechanism, rearranging or relocating drawers is quick and effortless, so your storage can grow and adapt with you.

**MAKERCHIP DRAWER**
I designed this special drawer as a convenient way to nicely organize MakerChips I create or collect. The drawer is designed to hold two stacked trays where chips can be placed. For more information on MakerChips or if you'd like to make your own visit **[K2_Kevin's account](https://thangs.com/designer/K2_Kevin)**
__________________________________________________

**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_

**What You'll Need**

Visit [Jerrari3D.com](https://www.jerrari3d.com/gen2-modular-system) for a list of all compatible drawers.

These drawers are completely compatible and interchangeable with any GEN2 drawer systems in [165 (MINI) length](https://www.jerrari3d.com/gen2-modular-system/mini). 

Choose a Faceplate
Download and customize faceplates [HERE](https://www.jerrari3d.com/gen2-modular-system/decor-faceplates)

**HARDWARE**
Includes affiliated links to help support my projects
• Filament - [Black PETG](https://amzn.to/46wset1) (My go to for the drawer bodies) but PLA can be used as well
• 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)

UPDATE: 

• NEW Magnet Clip - This replaces the magnet slots with a more reliable and universal design.

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 MakerChip Drawer 185-2W-2H

185-2W-2H Case.stl

The **PLEIADES Soap Cover** is a quick and clever way to elevate your boring soap bottle. This fits bottles up to 47 mm x 96 mm x 130 mm tall with a 28mm opening.

---

My **PLEIADES** series of prints are designed to be printed in vase/spiral mode in your slicer. I suggest printing this model with a **0.4 mm nozzle width**. Adjust bottom solid layers to be 1.6 mm thick (or the maximum number of layers before the hole is covered). No top layers. **Make sure your slicer is not set to close small gaps.** In BambuStudio I set the _'Slice gap closing radius'_ to 0 mm

--- 

Photographed models were printed on the [Bambu Lab X1-Carbon 3D Printer](https://bit.ly/MA_X1C) using [Bambu Lab PETG-CF and Bambu Green PLA filaments](https://bit.ly/bamFIL).*
*_These affiliate links give me a commission on sales at no additional cost to you. Thanks for supporting Make Anything!_


PLEIADES Soap Cover // 47x96x130

PLEIADES Soap Cover 47x96x130.stl

The **PLEATS Collection** mimics beautiful origami pleats that are simple but impressive in their repetition.  PLEATS 001 is 149 mm tall with a 149 mm opening and a 100 mm base. It can be scaled up and down to suit your plant or another purpose.

This pot includes a drainage hole on the bottom for growing live plants and pairs well with my [200 mm Floating Drip Tray](https://than.gs/m/1027158?affiliateCode=MAKE) to allow for excess runoff.


**_Printing Guidelines_**

The **PLEATS** series of prints are designed to be printed in vase/spiral mode in your slicer. For full scale I suggest printing with a **0.8 mm nozzle width** (even with a 0.4mm nozzle) and 1.2mm of solid bottom layers. No top layers. 

For the 'wHole' version of the vase mode print, use the maximum number of solid bottom layers before the holes are covered to avoid interfering with the spiral printing. You can also print the version without holes and simply drill/cut your own drainage holes in the bottom after printing if you plan on growing live plants.

I've also included a 'Solid' version for standard printing, with 1mm thick walls. I've found the vase mode version to work well, but certain printers and situations may benefit from the solid version (eg. resin printing).

---

Photographed models were printed on the [Bambu Lab X1-Carbon 3D Printer](https://bit.ly/MA_X1C) using [Fillamentum PLA Extrafill Sky Blue and Signal Red](https://bit.ly/FM-xtra) (also at [MatterHackers](https://bit.ly/xtrafill)).*
*_These affiliate links give me a commission on sales at no additional cost to you. Thanks for supporting Make Anything!_

PLEATS Pot 001

PLEATS_001_wHoles.stl

[_**V2 is now available HERE**_](https://than.gs/m/1377006?affiliateCode=MAKE)

ITALIC is an eccentric watering can featuring a playful skewed profile. The enclosed container is filled through an opening in the top of the handle, which can also be covered with your thumb while pouring to regulate flow. Like any good fancy designer product, it's slightly awkward to hold. How will you pick it up? :P

**_Printing Guidelines_**

The walls of this container are 1.2 mm thick, and only the handle portion is solid. I suggest printing with a high wall count (5+) to ensure that the thin handle won't snap off.  You also need to ensure that your printer can create watertight models, otherwise this won't be quite as useful. I used default print settings on my Bambu Lab X1-Carbon with ABS and it worked out!

Download includes a version with minimal supports since the handle is unsupported for much of the print, as well as a version of just the watering can. In either case, I would suggest a substantial brim to help with bed adhesion. 

--- 

Photographed models were printed on the [Bambu Lab X1-Carbon 3D Printer](https://bit.ly/MA_X1C) using [Bambu Lab Mint ABS](https://bit.ly/bamFIL).*
*_These affiliate links give me a commission on sales at no additional cost to you. Thanks for supporting Make Anything!_


ITALIC (V1) Watering Can

ITALIC_can_supported.stl

The **PLEIADES Soap Cover** is a quick and clever way to elevate your boring soap bottle. This fits bottles up to 57 mm x 83 mm x 103 mm tall with a 28mm opening.

---

My **PLEIADES** series of prints are designed to be printed in vase/spiral mode in your slicer. I suggest printing this model with a **0.4 mm nozzle width**. Adjust bottom solid layers to be 1.6 mm thick (or the maximum number of layers before the hole is covered). No top layers. **Make sure your slicer is not set to close small gaps.** In BambuStudio I set the _'Slice gap closing radius'_ to 0 mm

--- 

Photographed models were printed on the [Bambu Lab X1-Carbon 3D Printer](https://bit.ly/MA_X1C) using [Fillamentum PLA Extrafill Sky Blue](https://bit.ly/FM-xtra) (also at [MatterHackers](https://bit.ly/xtrafill)).*
*_These affiliate links give me a commission on sales at no additional cost to you. Thanks for supporting Make Anything!_


PLEIADES Soap Cover // 57x83x103

PLEAIDES Soap Cover 57x83x103.stl

This latest addition to the **VESUVIUS Collection**, is a small cylindrical pot/container featuring the same dense herringbone ribs that increase part strength while creating a dramatic form.

VESUVIUS 003 is 50 mm tall and 94 mm in diameter. This was designed for use with my [140 mm Floating Drip Tray](https://than.gs/m/1036823?affiliateCode=MAKE) to catch excess water runoff.

**_Printing Guidelines_**

The **VESUVIUS** series of prints are designed to be printed in vase/spiral mode in your slicer. For full scale I suggest printing VESUVIUS 003 with a **0.8 mm nozzle width** (even with a 0.4mm nozzle) and 1.2mm of solid bottom layers. No top layers. **Make sure your slicer is not set to close small gaps.** In BambuStudio I set the _'Slice gap closing radius'_ to 0 mm

For the 'wHole' version of the vase mode print, use the maximum number of solid bottom layers before the holes are covered to avoid interfering with the spiral printing. You can also print the version without holes and simply drill/cut your own drainage holes in the bottom after printing if you plan on growing live plants.

I've also included a 'Solid' version for standard printing, with roughly 1.2mm thick walls. This will be extra strong, but uses much more material, and I've found the vase mode version to be preferable.

---

Photographed models were printed on the [Bambu Lab X1-Carbon 3D Printer](https://bit.ly/MA_X1C) using [Fillamentum PLA Extrafill Sky Blue and Signal Red](https://bit.ly/FM-xtra) (also at [MatterHackers](https://bit.ly/xtrafill)).*
*_These affiliate links give me a commission on sales at no additional cost to you. Thanks for supporting Make Anything!_

VESUVIUS Pot 003 // Small Cylinder Vase Mode Planter

VESUVIUS_003_1.2mmSolid_wHoles.stl

MERIDIAN 001 is a lovely stout pot divided through the center. Pair the design with a filament swap for a striking piece that will surely make both you and your plants happy. BONUS: You can always use these pots as containers for other purposes. Scale as you wish to suit your needs :)

This pot includes a drainage hole on the bottom for growing live plants and pairs well with my [200 mm Floating Drip Tray](https://than.gs/m/1027158?affiliateCode=MAKE) to allow for excess runoff.

There was initially a glitch exporting the STL which caused some extra artifacts on the bottom half of the photographed model. I've since fixed that, but included _'MERIDIAN_001_old.stl'_ as well in case you like that look.

**_Printing Guidelines_**
Default print settings should work fine, though you may want to increase wall/shell count to help with water tightness. I used 3 shells, 8 solid top layers, and 15% gyroid infill at 0.16 mm layer height.

--- 

Photographed models were printed on the [Bambu Lab X1-Carbon 3D Printer](https://bit.ly/MA_X1C) using [Bambu Lab Matte PLA filament](https://bit.ly/bamFIL) (and translucent PETG for the top half of the scaled down example).*
*_These affiliate links give me a commission on sales at no additional cost to you. Thanks for supporting Make Anything!_


MERIDIAN Pot 001

MERIDIAN_001.stl

This large pot is the first in my **VESUVIUS Collection**, which features dense herringbone ribs to increase strength while creating a dramatic form.

VESUVIUS 001 is 250 mm tall and 250 mm in diameter at the top. The bottom footprint has a 190 mm footprint. This was designed for use with my [250 mm Floating Drip Tray](https://than.gs/m/1027171?affiliateCode=MAKE) to catch excess water runoff.

**_Printing Guidelines_**

The **VESUVIUS** series of prints are designed to be printed in vase/spiral mode in your slicer. For full scale I suggest printing with a **1 mm nozzle width** (even with a 0.4mm nozzle) and 1.6mm of solid bottom layers. No top layers. **Make sure your slicer is not set to close small gaps.** In BambuStudio I set the _'Slice gap closing radius'_ to 0 mm

For the 'wHole' version of the vase mode print, use the maximum number of solid bottom layers before the holes are covered to avoid interfering with the spiral printing. You can also print the version without holes and simply drill/cut your own drainage holes in the bottom after printing if you plan on growing live plants.

I've also included a 'Solid' version for standard printing, with roughly 3mm thick walls. This will be extra strong, but uses much more material, and I've found the 1mm vase mode version to be sufficient, even at this large size.

---

Photographed models were printed on the [Bambu Lab X1-Carbon 3D Printer](https://bit.ly/MA_X1C) using [Bambu Lab PLA Basic Gradient (Solar Breeze)](https://bit.ly/bamFIL).*
*_These affiliate links give me a commission on sales at no additional cost to you. Thanks for supporting Make Anything!_

VESUVIUS Pot 001 // Large Vase Mode Planter

VESUVIUS_001_Solid.stl

VESUVIUS_001_1mmVasemode_wHoles.stl

VESUVIUS_001_Solid_wHoles.stl

**_FREE for a LIMITED time!_**

The Moss Planter is an organic and multi-textured item that will make a great home for your favorite houseplant. This unique and satisfying style is accomplished by combining standard and 'Fuzzy Skin' printing. Follow the printing guidelines below for a successful result! Download includes versions with and without holes (Planter vs Container), as well as a lid, and a drip tray (other drip trays shown in the photos may not be included).

This version of the planter is 80mm in diameter and 60mm tall. 

---

_**Printing Guidelines**_

- 3MF files for Bambu Studio and Prusa Slicer are included with the multi-texture settings already applied, but I still suggest you review the settings and slicer preview to make sure everything looks right for your setup

- Combine 'Main' and 'Fuzzy' parts to print together. 'Main' prints with standard settings (0.16mm layer height, 2-3 perimeters, 5 top layers, 0.4mm outer wall width). For the 'Fuzzy' part, set perimeters to 1, infill to 0%, and enable Fuzzy Skin on 'All walls' with point distance of '0.5mm' and thickness of '1mm'. 

- You can save some time and material by reducing the default value for 'Minimum sparse infill threshold' to 5mm².

_Importing STLs as multipart models_

- For Bambu Studio/Orca Slicer, drag both files into the slicer together and select 'Yes' to the prompt 'Load these files as a single object with multiple parts?' Now you can individually modify parameters under the 'Objects' setting tab.

- For Prusa Slicer, ensure that you are in 'Expert Mode'. First, import the 'Main' body, then right click on the name in the lefthand parts list, and click 'Add Part>Load' to add the 'Fuzzy' body. Now you can right click that part in the same list and go to 'Add Settings' to add 'Layers and Perimeters > Perimeters' + 'Infill > Fill density' + 'Fuzzy Skin > Fuzzy Skin + Fuzzy skin point distance + Fuzzy skin thickness'. That will add the ability to adjust those settings individually.

[I also made a video about the process](https://youtu.be/zmZCA9jqGiI?si=Nhn8_Sy2W9VxjTF9)


---

Photographed model was printed on the [Bambu Lab X1-Carbon 3D Printer](https://bit.ly/MA_X1C) using colorFabb STONEFILL Moss Green ([Amazon](https://amzn.to/42q0beQ))([3DJake](https://tidd.ly/40tn7Hx))(Quite abbrasive and more prone to clogging but so beautiful!).*

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




Moss Planter 80x60mm

MossPlanter80x60_Planter_Cura.3mf

**STEM VASE PROTOTYPE**
The second Liquid Form project is in the works! This is the rough draft. More to come soon.

Double sided pipe design for double the flowers in a single vase. Its sculptural and lends itself to artistic arrangements.

-Water Tight
-Scalable

**PERSONAL USE ONLY**
Purchasing or downloading this file does not give you the right to sell physical prints of this design. Commercial license is available for this design by subscribing to patreon.com/LiquidForm3D

**COPYRIGHT PROTECTED FILES**
All Liquid Form designs are protected under copyright law. Your purchase does not give you the right to sell or distribute the digital files in any way.

DESIGNER

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Zipper slider repair

GEN2 MakerChip Drawer 185-2W-2H

PLEIADES Soap Cover // 47x96x130