ROOTFORGE CSP is a modular germination canister designed for clean, consistent, and repeatable seed starts. The partitioned filter system keeps seeds separated, evenly hydrated, and oxygenated for fast taproot development. Ideal for multi-strain testing, controlled experiments, and reliable germination workflows.

Available in two sizes:

90 mm canister with 3-partition insert

125 mm canister with 6-partition insert

Compatible with standard round lab filter paper in 90 mm and 125 mm sizes. Search for "round qualitative filter paper fast speed" for best results. Medium speed also works if that is what you can find.

A 3MF print profile is provided for convenience.

Features
Partitioned seed chambers

Consistent hydration and airflow

Modular inserts and lid

Works with heat mats and mini greenhouses

Fast, predictable germination

Print Settings
Material: PETG

Layer Height: 0.2 mm

Infill: 20-30 percent

Supports: One part requires supports; all other parts print support-free

ROOTFORGE CSP – Controlled Seed Partition System

CSP RootForge™ 90mm.stl

Bring the city skyline into your home in true 3D! These make for the perfect gift or home decor for residents, travelers, and admirers of the city.

**This listing includes Small, Medium, and Large versions that can be printed at a variety of scales and sizes. See the included PDF for details.**

_Follow to keep an eye on the **new models we release each week**!_

**Steps**:
1. Import the STL to your slicer. 
2. Scale the X or Y dimension to the desired size with 'Uniform scale' checked.
3. Print as one-piece or split into tiles in the slicer for larger sizes.
5. Slice and print!
6. Set on shelf, tabletop, or hang on wall with sticky mounting strips. 
7. Optionally, stylize it with a frame and background mat or multi-color print in your unique way!

**About the models**
These are the most detailed and accurate 3D-printable cityscape and landscape models available. Each is designed and optimized from Micropolitan's 5+ years of experience developing and selling 3D prints of iconic locations worldwide. Each model is designed by hand, using a combination of data and reference imagery. We use LiDAR and refine the architecture, block by block, using digital sculpting tools and satellite imagery. The models are then optimized for detail preservation while keeping the file size manageable for everyday computers.

**Making your piece**
These make perfect centerpieces or collections for your home, to document your travels, or as distinct and unique gifts. Many design options are available - framed and unframed, for wall, tabletop or shelf display. They can be printed in a range of sizes with stunning detail, typically from 6"x6" up to 12"x12"+. The model can be cut into 4+ tiles to print and assemble a piece larger than your build plate. 

- Size: Scale to at least 150x150mm to preserve details.
- Layer height: 0.18-0.25mm
- Nozzle: 0.4-0.6mm
- Infill: 15% Gyroid
- Walls: Arache Off

**Styling and display**
These look great framed or unframed! They can be displayed on tabletops, shelves, or hung on the wall with mounting strips. They look best when lit from the side. Display near a window, lamp or downlight to make the 3D features pop.

**Materials**
Filament: For a minimalist look and best grayscale shadowing, use a matte white PLA. Marble and silky filaments are also popular looks.
Frames: Choose a frame or shadow box that fits your print dimensions. 

This 3D model was developed with reference data sources and satellite imagery from OpenStreetMap and OpenStreetMap contributors and USGS 3DEP.

Sydney, Australia - S, M, & L

Sydney, AU_L_Solid.stl

Sydney, AU_L_Water.stl

**Support My Work**
If you appreciate my designs and would like to support my work, or if you're interested in purchasing individual models instead of a subscription, here are some options available:
Cults3D: [Purchase individual models here](https://cults3d.com/en/users/fulv/3d-models)
Thank you for your support! If you have any questions, feel free to reach out.
### Model Information: Modular Balloon Model

**Licensing Note:**
- **Commercial License:** Not available for this model. Only for personal use.

**The Birds House, Model Features:**
- **Support-Free Printing:** Designed to be printed without any support material.
- **Easy Assembly:** Full clear instructions included for straightforward assembly.
- **No Painting Required:** Choose your favorite colors and print directly. Just a bit of glue needed!

---

**Cleaning:**
- **Easy Maintenance:** Simply lift the birdhouse from its base or remove the roof for cleaning.

---

**Entrance Hole Sizes:**
- **32 mm (1.25 in):** For Nuthatches & House Sparrows
- **28 mm (1.1 in):** For Great Tits & Tree Sparrows
- **25 mm (0.98 in):** For Coal Tits, Marsh Tits & Blue Tits

BAMBU LAB project File Included.
---

**File Organization:**
- All STL files are included in a zipped file, organized into folders for easy navigation.

---

**Support:**
- For any questions regarding printing or assembly, feel free to reach out!

---

**Happy Printing!**  
Fulv :)  



The Birds House

f d - BIRDS HOUSE-HOSE -v02.stl

The updated ITALIC V2 is an eccentric watering can featuring a playful skewed profile. The original ITALIC has been refined for improved functionality whilst maintaining the iconic shape.


**_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.

My settings:
- 0.16 mm layer height
-5 perimeters
- 20% Gyroid infill
- 10mm brim (or use the 'wBrim' version)

Download includes a 'wBrim' version with minimal supports since the handle is unsupported for much of the print, as well as a version of just the watering can. I managed printing the unsupported version with a 10mm brim, using ASA.


---

Photographed model was printed using [QIDI ASA Green](https://qidi3d.com/products/qidi-asa-filament?variant=41725687496844&sca_ref=6089281.BQS8d0sJuF) ([Amazon](https://amzn.to/3HK5pK6)) on the [Qidi Plus4 3D Printer](https://qidi3d.com/products/plus4-3d-printer?sca_ref=6089281.BQS8d0sJuF) (Also [on Amazon](https://amzn.to/4jON7VK)). 

ITALIC V2 Watering Can

ITALIC_V2_wBrim.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

April showers (or watering cans) bring May flowers in this playful spring design. The watering can pours ‘water’ onto the flowers and makes them grow. The magic is in the magnets - one in the center of each flower and one at the end of the ‘water’ coming out of the spout. When extended, the flower will stay up but also easily collapses when you want to water them again.

Important: You will need 6x3mm Neodymium Magnets (one for each flower and the end of the ‘water’)

Link for 6x3 magnets on Amazon: https://amzn.to/4b7ofVx

**How to Print**
Flowers (6 styles, each include 2 parts: center and petals):
3D PRINTING SETTINGS
Layer Height 0.2mm
PLA works great
15% Infill

To add the magnets to the flower centers, add a pause print at layer 23 (layer height 4.6 mm) to insert the magnet (this is the same for all the flower styles)

*Make sure to note the orientation of the magnet every time you add one to a flower (orientate it the same way/direction for each flower) and make sure to orient the magnet in the watering can accordingly.

Assembly: insert the center of each flower into it's matching petals (I recommend a little super glue to secure them in place)

Flower Stem & Leaves:
3D PRINTING SETTINGS
Layer Height 0.2mm
PLA works great
Infill 15%

Notes: I recommend printing the flower stem on a smooth print plate for good adhesion.

To assemble: Place the leaves around the stem before adding flower top. One end (of the inner ring) of the stem is hollowed. Insert the flower top into that end of the stem. If needed add a drop of super glue:) 

Pot and Dirt:
3D PRINTING SETTINGS
Layer Height 0.2mm
PLA works great
Infill 10-15%

To assemble: place the dirt into the pot, then add the stem into the dirt pushing down for a snug fit. I tried to design all of these pieces with minimal tolerances. I wanted the dirt to fit into the pot snuggly, and the stem fit into the dirt snuggly, so they don’t come out easily when watering the flowers.

Watering Can:
3D PRINTING SETTINGS
Layer Height 0.2mm
PLA works great
15% Infill

For the ‘insert for water spout’ piece, add a pause print to layer 23 (layer height 4.6mm mm) to insert a 6x3mm magnet (remember to check the orientation so when it’s finished it ‘attracts’ the flower)

To print the watering can bottom in multicolor, insert a pause print for color change at layer 20 (layer height 4.0 mm)

Notes: I recommend printing the insert for water spout and watering can on a smooth print plate for good adhesion.

Assembly: Insert the water insert into the spout with the 3 ring end (magnet end) positioned to come out the spout opening. Then insert the bottom of the water can into the watering can making sure to line up the notch with the matching notch cut-out (see photos).

That’s it!

Have fun printing:)

Potted Flowers and Watering Can

Flower Stem.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

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!_


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ROOTFORGE CSP – Controlled Seed Partition System

Sydney, Australia - S, M, & L

The Birds House

ITALIC V2 Watering Can

ITALIC (V1) Watering Can

Potted Flowers and Watering Can