I have had this idea for a ‘fried egg’ fidget fabric/drink coaster for a little while. I loved the idea of using mesh fabric in the fried egg to give it flexibility and make it feel more ‘egg-like’. The egg shell with the magnets is a fun fidget in itself. The egg tray and egg carton give you an option for how you would like to store your eggs 🥚🥚 
(**You will need fabric and magnets for these prints - see details below 👇)

Dimensions of Fried Egg: 5 in. diameter
Dimensions of Egg Shell: 3 in. x 2 ¼ in.
Egg Tray: 5 in. x 5 in. x 2 ¼ in.
Egg Carton: 5 in. x 5 ½ in. x 3 ¼ in.

PLA works great
Layer Height 0.2mm
Infill 10-15%
Smooth print plate recommended for Fabric Fried Egg
Supports needed for: small half of Egg Shell, Egg Tray and Egg Carton

**Other items you will need:**
Polyester Mesh Fabric (Mosquito Netting)
6x3 Neodymium Magnets (4 magnets per egg shell)

Here is an Amazon link for these items: https://amzn.to/4ca7hq2

A note about fabric: I have tried several different types of fabric. Polyester Mesh fabric (also called Mosquito Netting) is my favorite. I have found that mesh made from PE (Polyethylene) tears very easily. Tulle also is not very durable and tears very easily. Nylon mesh will also work but it is thicker for the print head to print over and I think if you have never printed with fabric before you will feel more comfortable using Polyester Mesh instead.

How to print the Fried Egg: I recommend slowing the print speed to 50% initially to get a really clean first layer. Pause the print at layer height 0.6mm to lay a piece of mesh (that has been cut about an inch wider in diameter than the print) over the print. I like to secure the fabric down with blue painters tape. You can also use magnets. Resume the print at that slower 50% speed for a layer or two and then you can increase the speed back up to 100%. 

To make it multi-color, pause the print at layer 13 (layer height 2.6mm) to change out the filament to a new color (see photo).

How to print the Egg Shell: You will need (4) 6x3 neodymium magnets for each complete egg. To insert the magnets, pause the print at layer height 3.6mm - when it pauses you can add the magnets. Make sure the orientation is correct so that the two halves of the print will attract to each other when done:)

How to print/assemble Egg Tray and Egg Carton: The Egg Tray and Egg Carton Bottom both need supports. The Egg Carton Lid needs supports and a brim. (I like brim on the lid as an extra precaution to prevent warping.) Use the small peg to attach the pyramid piece to both the egg tray and egg carton bottom. The hinge is attached (prints in place) to the egg carton bottom. To attach the carton bottom to the lid, pop the loose part of the hinge into the matching part of the lid. Lastly, fold/bend the tab of the carton bottom up so it can slot into the corresponding hole of the lid when closed.

My designs are free for personal and non-commercial use. If you would like to sell them for commercial use, send me a message and we can discuss the details:)

If you like my work and want to help support it, you can buy me a Diet Coke at https://www.buymeacoffee.com/3dpmom Thanks so much!

Fidget Fabric Fried Egg Set (play or coaster set)

Egg Tray.stl

These Pixel Pineapples are the first in my “Fruit Fidgets” collection 🍍🍉🍐🍊

They come in two sizes and print in two parts: the pineapple body and the pineapple crown. The pineapple body comes in a large and small size. There is only one size crown (it fits both sizes of the pineapples).

Dimensions of Small Pineapple (assembled): 3 ¾ in x 1 ¾ in x 1 ¼ in.
Dimensions of Large Pineapple (assembled): 4 ¼  in. X 2 ¼ in. x 1 ½ in.

**Basic PLA is the best for this print.** I don’t usually make recommendations on types of PLA but I don’t recommend PLA Silk or PLA Matte filaments for this print. It is very detailed (on the inside) and the tolerances are small.  I printed several of these in these three types of filaments and Basic PLA always printed the best and had smoother “movement” when done.

Here is an Amazon link to filaments I recommend: https://amzn.to/4djh0ee

- Layer Height 0.2mm

- Infill 10-15%

- Supports needed under the ‘peg’ at the top of the pineapple body that the crown fits onto. (Be cautious not to include supports through-out the model.  This will fuse it together.)

- Outside brim recommended for the pineapple bodies

I have also attached a 3MF file with the following print profiles:
Print Plate #1: Small Pineapple body (1 color, yellow), supports added for ‘peg’, outside brim
Print Plate #2: Big Pineapple body (1 color, yellow), supports added for ‘peg’, outside brim
Print Plate #3: Pineapple crown (1 color, green)

To assemble place the pineapple crown over the peg of the pineapple body.  You can add some super glue if you'd like:)

Have fun printing!

Pixel Pineapple Fidget (2 sizes)

Big PIneapple (body).stl

These are the railing, pillar, arch and beam pieces for the magnetic tile haunted house. 

****3D Print Settings****
PLA Filament
Layer height 0.2mm
Infill 15-20%
No supports needed (see recommendations for brims below)

****Neodymium magnets needed for arches and railings: 20x5x2 and 10x5x2****
****Neodymium magnet size need for pillars: 12x5x3 OR 10x5x2****
Magnetic build plate highly recommended but not absolutely necessary.

Here is a link to Amazon for the magnets needed for this print:
https://www.amazon.com/shop/3dpmom

****Arches****
Neodymium magnets sizes needed for the arches: 20x5x2 and 10x5x2 (I strongly recommend using these size magnets. If you go larger it may not allow the magnets to rotate within their chambers.)
I recommend brims for the arches to prevent warping at edges.
For the arches, add a pause print at layer height 6.0mm to insert the magnets. When the print is paused insert the magnets.  I like to alternate these two size magnets between the magnets holes (20x5x2, 10x5x2,20x5x2, 10x5x2, etc.).  I found if I used all 20x5x2 they were too strong and if I used all 10x5x2 it felt a little too weak.
After the magnets are inserted, resume the print.

****Railings****
Neodymium magnet size need for railings: 20x5x2 and 10x5x2
Brims are not needed for the railings.
Add a pause print at layer height 6.0mm to insert the magnets.  I like 20x5x2 for the magnets at the bottom of the railing and 10x5x2 for the magnets along the side of left and right railings. Insert magnets, then resume print.

****Pillars****
I recommend a brim for the pillar body/base piece because it is tall.  The brim will help add stability. 
Add a pause print at layer height 6.0 mm to insert the magnets. Insert magnets, then resume print. That's it:)

I have also included a 3mf print profile with the following print plates:
Print Plate #1 (Railing Pieces): one color, pause inserted at layer 30 (layer height 6.0mm)
Print Plate #2 (Pillar Pieces): one color, pause inserted at layer 30 (layer height 6.0mm), brim added to base/body piece
Print Plate #3 (150x150 Arch Wall): one color, pause inserted at layer 30 (layer height 6.0mm)
Print Plate #4 (150x150 Arch Wall with Notch): one color, pause inserted at layer 30 (layer height 6.0mm) 
Print Plate #5 (Beam Piece): one color

Have fun printing!

Magnetic Tile Haunted House RAILINGS, PILLARS, ARCHES & BEAMS

Right Porch Railing.stl

These are fun rockets with boosters that extend on take-off. I designed two sizes and each contain two parts: the main rocket body and the ‘boosters’.

I've included the following STL models:
Large Rocket (complete)
Large Rocket (body only)
Large Rocket Booster Insert (a set of 4)
Small Rocket (complete)
Small Rocket (body only)
Small Rocket Booster Insert 

3D PRINTING SETTINGS
Layer Height 0.2mm
PLA works great
15-20% Infill

Dimensions of Large Rocket: 4in x 2 3/8in
Dimensions of Small Rocket: 3 1/4in x 1 7/8in

*Supports are needed for the larger rocket at the base around the outside rings of the boosters.  (Make sure not to include supports inside the booster chambers because you need to keep those clear to drop the boosters in when you pause the print:)

There are two ways you can print these rockets:
1. Print the complete rocket 
2. For different color rocket and boosters, print the boosters first, print the rocket second pausing at layer height 15.6mm for the large rocket and 30.6mm for the small rocket, drop the boosters in and then continue printing. 

Have fun printing these…they’re a blast 🚀

Rocket with Boosters (2 sizes)

Large Rocket (complete).stl

This is what I call a Filament Straightening Block. I designed it to straighten sections of filament to insert into 3D prints to act as axles or hinges.  I could instead design axles or hinges into prints but sometimes I want them thin AND strong. Using unprinted filament would provide both of those qualities...I just needed it to be straight.  Specifically, I used these for my recent project the Mini Magnetic Tile Haunted House Collection but plan to use it in other projects in the future also.

****3D Print Settings****
PETG preferred because of it's high heat tolerance (but PLA will work too:)
0.2mm Layer Height
20% Infill
No supports needed

Note: You will need two rubber bands to secure the two halves of the block together.  (I did design collars to the halves together which you could also use but I like prefer the rubber bands.)

To use this block, secure the two halves together with a couple rubber bands (or collar pieces).  Next heat a pot of water over the stove to around 160F (~70C) and carefully insert sections of filament into the hot water (please be careful not to burn yourself). Swirl the filament around until it gets soft (like a cooked noodle) and then insert it into one of the holes in the block, threading it all the way through.  Repeat (there are five holes) until filled.

Let the filament sit and set for a half an hour and then when you open it the sections will be straight:)

See the attached video to watch how I did it.

Have fun printing!

Filament Straightening Block (Used to Straighten Unprinted Filament)

2 Halves of Filament Straightening Block.stl

Collar for Block.stl

These are the light base and light shade pieces for the magnetic tile haunted house. 

****3D Print Settings****
PLA Filament
Layer height 0.2mm
Infill 15%
No brims or supports needed
****Neodymium magnet size needed: 7x2 ****
****Small light needed (see link below)****
Magnetic build plate highly recommended but not absolutely necessary.

Here is a link to Amazon for the light and magnets that fit into this print. 
https://www.amazon.com/shop/3dpmom

I designed these to be used with 7x2 neodymium magnets. I strongly recommend using this size magnet. These magnets do not have space to rotate. This piece, as well as the window boards, are the only pieces designed this way BUT all the other magnets in my designs rotate so they will orient to the magnets in these pieces.

For the light base, add a pause print at layer height 13.6mm to insert the magnet. When the print is paused insert the magnet.  After the magnet is inserted, resume the print.
For the light shade, begin the print with yellow (or whatever color you choose). Add a pause for filament color change at 0.6mm. After filament change is complete, resume print.  

****How to assemble the porch light****
When the light shade is done printing, fold along seams and slide flaps together so they lock together on the inside of the shade.  Slide the shade into base, add a light and you're done:) 

I have also included a 3mf print profile with the following print plates:
Print Plate #1 (Porch Light Base): one color, pause inserted at layer 95 (layer height 13.6mm)
Print Plate #2 (Porch Light Shade): two colors

Have fun printing!

Magnetic Tiles Haunted House (PORCH LIGHT)

Porch Light Base.stl

These are the window board pieces for the magnetic tile haunted house. 

I designed these to be used with 6x2 neodymium magnets.  I strongly recommend using these size magnets. When inserted into the print, these magnets do not have space within their 'chambers' to rotate. These window board pieces (as well as the light base piece) are the only pieces designed this way BUT all the other magnets in my designs rotate so they will orient to the magnets in these pieces.

****3D Print Settings****
PLA Filament
Layer height 0.2mm
Infill 15%
No brims or supports needed
****Neodymium magnets needed: 6x2****
Magnetic build plate highly recommended but not absolutely necessary.

Here is a link to Amazon for the light and magnets that fit into this print. That's it:)
https://www.amazon.com/shop/3dpmom

For these window boards, add a pause print at layer height 2.8mm to insert the magnets. When the print is paused insert the magnets.  After the magnets are inserted, resume the print.

I have also included a 3mf print profile with the following print plates:
Print Plate #1 (Window Boards 1-3): one color, pause inserted at layer 14 (layer height 2.8mm)
Print Plate #2 (X-Shaped Window Boards 1-3): one color, pause inserted at layer 14 (layer height 2.8mm)

Have fun printing!

Magnetic Tile Haunted House WINDOW BOARDS

X Window Board_1.stl

These are the roof pieces for the Magnetic Tile Haunted House. 

****3D Print Settings****
PLA Filament works great
Layer height 0.2mm
Infill 15%
No supports need 
****Neodymium magnets needed for all Roof Pieces (except chimney): 20x5x2 and 10x5x2****
****Neodymium magnets needed for chimney: 10x5x2 OR 12x5x3****
Magnetic build plate highly recommended but not absolutely necessary.

Here is a link to Amazon for the magnets needed for these prints: https://www.amazon.com/shop/3dpmom
 
****How to Print Roof Pieces****
For the roof pieces , you will need to use 20x5x2 and 10x5x2 neodymium magnets only.  I strongly recommend using these size magnets. If you go larger it may not allow the magnets to rotate within their chambers. 

For all of these pieces, add a pause print to insert the magnets as shown in the photos for each design. When the print is paused insert the magnets.    

For the Roof Corner Piece, Roof Dormer Piece,  Roof Deep Dormer Piece and Roof Panel Pieces you will need to ****pause the print twice****: the first pause will be at layer height 7.8mm; the second pause print will be at 87.2mm. 

****Note:**** For the second set of magnets to be inserted at the 87.2mm height you will need to to place a magnet on the outside of the print to hold the ‘inside’ magnet in place. (Otherwise the magnet may ‘jump out’ and stick to the print head.)  

After the magnets are inserted/secured, resume the print. When you are done with the print simply remove the magnets off from the outside of the print. That's it:)

I have also included a 3mf print profile with the following print plates:
Print Plate #1 (Roof Corner Piece): one color, pause inserted at layer 39 (layer height 7.8mm) AND Layer 436 (layer height 87.2mm)
Print Plate #2 (Roof Dormer Piece): one color, pause inserted at layer 39 (layer height 7.8mm) AND Layer 436 (layer height 87.2mm)
Print Plate #3 (Roof Deep Dormer Piece): one color, pause inserted at layer 39 (layer height 7.8mm) AND Layer 436 (layer height 87.2mm)
Print Plate #4 (Roof Panel Piece): one color, pause inserted at layer 39 (layer height 7.8mm) AND Layer 436 (layer height 87.2mm)
Print Plate #5 (150x75 Roof Piece): one color, pause inserted at layer 30 (layer height 6.0mm)
Print Plate #6 (75x75 Roof Piece): one color, pause inserted at layer 30 (layer height 6.0mm)
Print Plate #7 (75x37.5 Roof Piece): one color, pause inserted at layer 30 (layer height 6.0mm)
Print Plate #8 (Chimney): one color, pause inserted at layer 30 (layer height 6.0mm)

Have fun printing!

Magnetic Tile Haunted House: ROOF

Roof Corner Piece.stl

These are the door/door wall surround pieces for the magnetic tile haunted house. 

PLA Filament works great
Layer height 0.2mm
Infill 15%
Brims recommended for front door wall and french door wall  to prevent warping on the corners
****Neodymium magnets needed: 20x5x2, 10x5x2 and 3x5****
Magnetic build plate highly recommended but not absolutely necessary.

Here is a link to Amazon for the magnets needed for these pieces: https://www.amazon.com/shop/3dpmom

****3D Print Settings****
For the wall pieces,  you will need 20x5x2 and 10x5x2 neodymium magnets to be inserted around the edges. I strongly recommend using these size magnets. If you go larger it may not allow the magnets to rotate within their chambers.  
I like to alternate these two size magnets between the magnet holes (20x5x2, 10x5x2, 20x5x2, 10x5x2, etc.).  I found if I used all 20x5x2 they were too strong and if I used all 10x5x2 it felt a little too weak.I recommend 20x5x2 neodymium magnets to be used for the door pieces.

For the 150x150 Large Front Door Wall and 150x150 French Door Wall pieces there is a small circular space for one magnet centered above each arch. Insert a 3x5 neodymium sized magnet into that space.

For the doors, I recommend 20x5x2 neodymium magnets.

For all of these pieces, add a pause print to insert the magnets as shown in the photos for each design. When the print is paused insert the magnets. After the magnets are inserted, resume the print. That's it:)

I have also included a 3mf print profile with the following print plates:
Print Plate #1 (Front Door Wall): one color, pause inserted at layer 30 (layer height 6.0mm), brim added
Print Plate #2 (Front Door): one color, pause inserted at layer 30 (layer height 6.0mm)
Print Plate #3 (French Door Wall): one color, pause inserted at layer 30 (layer height 6.0mm), brim added
Print Plate #4 (L& R French Doors): one color, pause inserted at layer 30 (layer height 6.0mm)

Have fun printing!

Magnetic Tiles Haunted House: DOORS

150x150 Front Door Wall.stl

If you're looking for a fun Halloween 3D printing project - look no further 👻 These are the wall pieces for a magnetic tile haunted house. 

****3D Print Settings****
PLA Filament
Layer height 0.2mm
Infill 15%
Brim recommended on 150x150 wall pieces to prevent warping
****Neodymium magnets needed: 20x5x2, 10x5x2 and 3x5****
I strongly recommend using these size magnets. If you go larger it may not allow the magnets to rotate within their chambers.
Magnetic build plate highly recommended but not absolutely necessary.

For all these pieces, add a pause print at layer 29 (layer height 5.8 mm) to insert the magnets. When the print is paused insert the magnets.  I like to alternate these two size magnets between the magnets holes (20x5x2, 10x5x2,20x5x2, 10x5x2, etc.).  I found if I used all 20x5x2 they were too strong and if I used all 10x5x2 it felt a little too weak. (See videos) 
The 3x5 magnet is used only in the Double Window Wall and Single Window Wall above the windows.

After the magnets are inserted, resume the print. That's it:)

I have also included a 3mf print profile with the following print plates:
Print Plate #1 (150x150 Double Window Wall): one color, pause inserted at layer 29 (layer height 5.8mm), brim added
Print Plate #2 (150x150 Porthole Window Wall): one color, pause inserted at layer 29 (layer height 5.8mm), brim added
Print Plate #3 (150x150 Solid Wall): one color, pause inserted at layer 29 (layer height 5.8mm), brim added
Print Plate #4 (150x75 Single Window Wall): one color, pause inserted at layer 29 (layer height 5.8mm)
Print Plate #5 (150x75 Solid Wall): one color, pause inserted at layer 29 (layer height 5.8mm)
Print Plate #6 (150x37.5 Solid Wall): one color, pause inserted at layer 29 (layer height 5.8mm)
Print Plate #7 (75x75 Solid Wall): one color, pause inserted at layer 29 (layer height 5.8mm)
Print Plate #8 (75x37.5 Solid Wall): one color, pause inserted at layer 29 (layer height 5.8mm)

Here is a link to Amazon for the magnets needed for these pieces.
https://www.amazon.com/shop/3dpmom

Have fun printing!

Magnetic Tile Haunted House: WALLS

 150x150 Wall.stl

If you're looking for a fun Halloween 3D printing project - look no further 👻 These are the floor and/or flat roof pieces for a magnetic tile haunted house. 

3D Print Settings
PLA Filament
Layer height 0.2mm
Infill 15%
Brim recommended on 150x150 floor pieces to prevent warping
****Neodymium magnets needed: 20x5x2 and 10x5x2****
I strongly recommend using these size magnets. If you go larger it may not allow the magnets to rotate within their chambers. 
Magnetic build plate highly recommended but not absolutely necessary.

For all of these pieces, add a pause print at layer 30 (layer height 6.0mm) to insert the magnets. When the print is paused insert the magnets.  I like to alternate these two size magnets between the magnets holes (20x5x2, 10x5x2,20x5x2, 10x5x2, etc.).  I found if I used all 20x5x2 they were too strong and if I used all 10x5x2 it felt a little too weak. (See videos)

After the magnets are inserted, resume the print. That's it:)

I have also included a 3mf print profile with the following print plates:
Print Plate #1 (150x150 floor): one color, pause inserted at layer 30 (layer height 6.0mm)
Print Plate #2(150x150 floor w/ center magnets): one color, pause inserted at layer 30 (layer height 6.0mm)
Print Plate #3(150x75 floor): one color, pause inserted at layer 30 (layer height 6.0mm)
Print Plate #4(75x75 floor): one color, pause inserted at layer 30 (layer height 6.0mm)
Print Plate #5(37.5x75): one color, pause inserted at layer 30 (layer height 6.0mm)

Here is a link to Amazon for the magnets needed for these pieces.
https://www.amazon.com/shop/3dpmom

Have fun printing!

Magnetic Tile Haunted House Collection: FLOORS

150x150 floor with center magnets.stl

This Boiling Cauldron Fidget is sure to brew up a lot of fun this Halloween season 👻 Print in place magnets cause the brew to boil when rotated. You can also stir it with the stick for the same effect.

****Please note****: You will need (10) 6mm x 3mm neodymium magnets for each fidget 
Here is an Amazon link to the magnets and filament I used: https://amzn.to/3ZkJ7Fy

****Update 10/25/2025****: I redesigned the 'boiling brew, 'cauldron (bottom)" and 'cauldron (peg)' parts to help them stay together more securely. The new STL/3mf files are as follows:
(1) Updated Cauldron (boiling brew).stl
(2) Updated Cauldron (bottom).stl
(3) Updated Cauldron (top).stl
(4) Updated Cauldron (peg).stl
(5) Updated Cauldron (stirring stick).stl
(6) Updated Boiling Cauldron Fidget 3mf

In a nutshell, I changed the peg to be two parts instead of one: one half prints in place at the center of the boiling brew. It can not come out but it can rotate.  The second part of the peg inserts into the bottom of the pot and connects the bottom of the pot to the boiling brew (see photos)

- No supports are needed to print any of these parts  
- I recommend printing the stirring stir laying flat.  I have found printing it upright makes it more prone to breaking along the layer lines (I have orientated it this way in my 3mf file). Also it will print with no brim (just make sure your print plate is clean:)
- Magnets need to be inserted the same way as the original model (the pause print is still at layer 27 for the parts that need magnets)
- Super glue can be added in the holes where the peg inserts and the stirring stick if needed

****3D Print Settings:****
PLA works great
0.2mm Layer Height
15% Infill (except for ‘Stirring Stick’ which is 75% infill)
Outer Wall Speed 100mm/s (this is to help blend the layer lines)
No supports needed
Outer brim on ‘peg’ piece
(Glow-in-the-dark PLA makes them extra fun:)

I have also included a 3MF file with the following print profiles:
Print plate #1: one color; pause added at layer 27 (layer height 4.20mm) to insert magnets (make sure to orientate the magnets correctly - see photo/video), outer brim on peg piece

Print plate #2: one color; pause added at layer 27 (layer height 4.20mm) to insert magnets (make sure to orientate the magnets correctly - see photo/video)

Print Plate #3: one color, outer brim, 75% infill

To assemble: insert the boiling brew piece into the cauldron body, insert peg into cauldron bottom, then slide those two parts together. Add a drop of super glue onto the end of the ‘stirring stick’ and insert it into the small hole in ‘boiling brew’ (let dry before stirring:) 

Have fun printing! 

Boiling Cauldron Fidget

Cauldron(boiling brew).stl

You get twice the fun with these two-in-one fidgets: a rotating magnetic “ratchet” fidget and a spinning top 🙌🏼

****Important:**** You will need (8) 6mm x 3mm neodymium magnets for each fidget (4 magnets for each half of a fidget)

Here is an Amazon link to the magnets and filament I used: https://amzn.to/3XA7HkC

****3D Print Settings for the Lemon & Lime Fidgets:****
0.2mm Layer Height
25% Infill
Outer Wall Speed 100mm/s
No supports needed
Outer brim on ‘peg’ piece

I have also included a 3MF file with the following print profiles:
Print plate #1 (lemon fidget): 2 colors; pause added at layer 22 (layer height 4.40mm) to insert magnets (make sure to orientate the magnets correctly - see photo)

Print plate #2 (lime fidget): 2 colors; pause added at layer 22 (layer height 4.40mm) to insert magnets (make sure to orientate the magnets correctly - see photo)

****3D Print Settings for the Orange Fidget:****
0.2mm Layer Height
25% Infill
Outer Wall Speed 100mm/s
No supports needed
Outer brim on ‘peg’ piece

I have also included a 3MF file with the following print profiles:
Print plate #1 (Orange bottom piece): 2 colors; pause added at layer 22 (layer height 4.40mm) to insert magnets (make sure to orientate the magnets correctly - see photo); variable layer height adjustment added at top of this piece (to help fidget spin better)

Print plate #2 (Orange top piece): 3 colors; pause added at layer 22 (layer height 4.40mm) to insert magnets (make sure to orientate the magnets correctly - see photo)

Print plate #3: peg piece, 1 color

To assemble insert peg into bottom of each fidget (this will be a snug fit). The top piece will fit easily over the peg so it can be removed on and off.

Have fun printing! 🍋🍊

Clicky Citrus Spinners (2-in-1 Fidget Toys)

Lemon_Lime Fidget (bottom).stl

Here is a St. Patrick's Day pot of gold with a little extra treasure inside 🌈 When assembled, this slinky gains a bit of a yo-yo/kendama vibe 😂 It is actually really fun to play with and only requires simple assembly (gluing).

**3D Print Settings:**
Layer Height 0.2mm
15% Infill
PLA works great
No Supports needed.

Dimensions of Small Pot of Gold Slinky: 3 in. x 2 ½ in.
Dimensions of Large Pot of Gold Slinky: 3 ½ in. x 3 in.

I am also attaching two 3mf files: one for the small Pot of Gold and one for the large. 

**Note**: When you go to preview the slinky in Bambu Studio you will get a warning that states: “Warning: It seems object POG Small (or Large) Slinky has floating cantilever. Please re-orient the object or enable support generation.” You can ignore this warning. The program is recognizing the space between each layer of the slinky. That ‘space’ is intentional and necessary to be able to separate the slinky when it is done printing. It will print fine without supports:)

**Tip**: I recommend multicolor filament (dual-color or tri-colored filament) or rainbow colored filament for the slinky. I used rainbow colored filament but just a heads up: to get all the colors of the rainbow in there I had to print 5-6 at a time because the color repeat on my spool was about 200g (the small slinky is ~32g and the large slinky is ~47g).

**How to assemble:**
Step 1: First, gently separate the layers of the slinky. After printing they will be lightly connected together. Gently separate them with your fingers or a non-sharp object like a butter knife. (See photo)
Step 2: Next, super glue the pile of gold to one end of the slinky. (See photo)
Step 3: Super glue the other end of the slinky to the bottom of the pot. This piece is loose inside the pot but is too big to come out. Set the pot on a small object (I used a spool of thread) to raise up the ‘bottom’ of the pot. Apply glue to the bottom of the slinky and then attach it to the bottom piece of the pot. Setting it on a bottle/spool isn't necessary but it makes the gluing process a little easier. (See photo)

Have fun printing!🍀

Pot of Gold Slinky (2 sizes)

POG_Large Slinky.stl

This Watermelon Wedge Fidget is the second in my “Fruit Fidgets” collection 🍉🍍🍊🍐
It prints in three parts: the red part (with black seeds), the white part and the green part. I uploaded each as an STL. I am also attaching a 3MF files which includes all three pieces at 100% and 125% (in case you would like to print them larger).  

Dimensions of Watermelon Wedge Fidget (assembled): 2 ¼ in x 2 ¼ in x ⅝ iin.
Dimensions of Watermelon Wedge Fidget at 125% (assembled): 3 in. x 3 in. x ½ in.

PLA works great
Layer Height 0.2mm
Infill 10-15%
No supports needed

Details about 3MF file:
Print Plate #1: WW red part (2 colors, red and black)
Print Plate #2: WW white part (1 color, white)
Print Plate #3: WW green part (1 color, green)
Print Plate #4: WW red part at 125% (2 colors, red and black)
Print Plate #5: WW white part at 125% (1 color, white)
Print Plate #6: WW green part at 125% (1 color, green)

To assemble, use super glue to glue the white part to the red part, then super glue those to the green part:)

My designs are for personal and non-commercial use. If you would like to sell them commercially, check out my commercial plan on Thangs:)

An alternate way you can support my work is to buy me a Diet Coke at https://www.buymeacoffee.com/3dpmom Thanks so much!

Watermelon Wedge Fidget

Watermelon Wedge_red part.stl

Every Harry Potter fan needs a Harry Potter themed bookmark or two…or three 😂 Please note: these bookmarks require mesh fabric to be inserted during the print. I recommend using polyester mesh fabric (often called mosquito mesh fabric - more details below👇🏼).

Dimensions of Harry Potter Bookmark: 8 in x 1 ¾ in x 1.6mm thick
Dimensions of 9 ¾ Bookmark: 7 in x 1 ½ in x 1.6mm thick
Dimensions of Dobby Sock BookmarK: 7in x 2 in x 1.6mm thick

**How to Print:**
PLA works great
Layer Height 0.2mm
Infill 15%
No supports needed

3mf Print Profile for Harry Potter Bookmark: 4 colors, print pauses at Layer 6 (layer height 0.6mm) to insert mesh fabric; flushing volumes for filament change set at 0.6

3mf Print Profile for 9 ¾ Bookmark: 3 colors; print pauses at Layer 6 (layer height 0.6mm) to insert mesh fabric; flushing volumes for filament change set at 0.6

3mf Print Profile for Dobby Sock): 1 color, print pauses at Layer 6 (layer height 0.6mm) to insert mesh fabric

Items you will need:
Polyester Mesh Fabric (Mosquito Netting)

A note about fabric: I have tried several different types of fabric. Polyester Mesh fabric (also called Mosquito Netting) is my favorite. Here is a link for where to find it on Amazon: https://amzn.to/4cb77Od

I have found that mesh made from PE (Polyethylene) tears very easily. Tulle prints well but is not very durable and also tears very easily. Nylon mesh will also work but it is thicker for the print head to print over and I think if you have never printed with fabric before you will feel more comfortable using Polyester Mesh instead.

**How to print the bookmarks:** 
I recommend slowing down the print (to 50% silent mode) initially to get a really clean first layer. I have inserted a pause print at layer 6 (layer height 0.6mm). When the printer pauses, lay a piece of mesh (that has been cut about an inch wider in diameter than the print) over the print. I like to secure the fabric down with blue painters tape (you can also use magnets but I prefer tape). Resume the print at a slower speed (50% silent mode) for a layer or two and then you can increase the speed back up to 100%. After the Harry Potter bookmark is done printing, you can cut the fabric (in between the squares of the bottom gold section) vertically to make it look more like tassels:)

Note: These bookmarks will each fit on the print bed of an Bambu A1 Mini but there is not as much room around the edges to secure the fabric with tape. Although it's a tighter fit it can still be done 💪 you will just have to trim the fabric a little smaller and take a little more time to tape and secure it in place:)

Another note: I tried several different “skin” colored filaments (light pinks, peachy pinks, off-whites, etc.). The one I have linked in the Amazon link for my favorite for Harry. (Some of the other ones I tried made his look more angry (red'ish), or ill (gray'ish) 😂)

**Commercial Use**
My designs are free for personal and non-commercial use. If you would like to sell them for commercial use, you can sign up for my Thangs club. 

**Support**
If you like my work and want to help support it, you can buy me a Diet Coke at https://www.buymeacoffee.com/3dpmom Thanks so much!

Harry Potter Themed Bookmark Set (requires mesh fabric)

Harry Potter Bookmark.3mf

Harry Bookmark.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:)

3dpmom

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Fidget Fabric Fried Egg Set (play or coaster set)

Pixel Pineapple Fidget (2 sizes)

Magnetic Tile Haunted House RAILINGS, PILLARS, ARCHES & BEAMS

Rocket with Boosters (2 sizes)

Filament Straightening Block (Used to Straighten Unprinted Filament)

Boiling Cauldron Fidget

Clicky Citrus Spinners (2-in-1 Fidget Toys)

Pot of Gold Slinky (2 sizes)

Watermelon Wedge Fidget

Harry Potter Themed Bookmark Set (requires mesh fabric)

Potted Flowers and Watering Can