Explore the digitized world of popular culture with our meticulously designed 3D model: Bonnie - FNAF - Fan Art at thangs.com. Keenly crafted by our distinguished designer Printed Obsession, this 3D model brings your favorite Five Nights at Freddy's (FNAF) character, Bonnie, to life. The virtual creation exudes the essence of Bonnie; the lavender-colored, anthropomorphic bunny with a red bow tie and a two-buckle guitar, resonating startlingly close to the original art. Fabulously captured details of this uncanny animatronic make it an extraordinary specimen for 3D printing enthusiasts, cosplayers, prop makers, and FNAF aficionado. Never miss a detail with the accompanying high-definition images depicting the 3D model from various angles, providing a comprehensive visualization of the model. Find your digital 3D model of Bonnie - FNAF - Fan Art on thangs.com today!

If you like my work find more here - https://www.myminifactory.com/users/printedobsession
if you want to support my work consider joining patreon - https://www.patreon.com/printedobsession
want to know more about my process? i have tutorials on youtube - https://www.youtube.com/c/PrintedObsession

CC BY-NC-ND
This license allows users to copy and distribute the material in any medium or format in unadapted form only, for noncommercial purposes only, and only so long as attribution is given to the creator.

Bonnie - FNAF - Fan Art 

A carrying case that holds up to 27 Nintendo Switch cartridges.  Parts were printed on my X1-Carbon and Elegoo Neptune 4 Pro with 5% infill, 2 walls, and a .2mm layer height.  All parts except for the Triforce, Shield Body, and Cartridge Holder will need support material to print.  

Hylian Shield Nintendo Switch Cartridge Case

Shield Body.stl

A cat climbing the windowblinds

Print at 0.3mm layer height

If using Bambu Studio set the wall generator to Arachne

If using Cura make sure 'print thin walls' is checked.

Print the first 4 layers in white then swap to black for the rest of the print

This ornament can be paired with my Peeking Dog which you can download here: https://than.gs/m/945314

Hanging Cat Ornament

A cat climbing the windowblinds

Print at 0.3mm layer height

If using Bambu Studio set the wall generator to Arachne

If using Cura make sure 'print thin walls' is checked.

Print the first 4 layers in white then swap to black for the rest of the print

A case that can hold up to 32 Nintendo Switch cartridges.  Each part was printed on my X1-Carbon with 5% infill, 2 walls, and a .2mm layer height.  The top and bottom shell pieces will need support material to print.  You will also need 12 6mm x 2.6mm magnets to assemble the heart container case.  You should be able to find some on Amazon.  

Heart Container Nintendo Switch Cartridge Case 

Shell Bottom.stl

License: Attribution-NonCommercial-NoDerivs
CC BY-NC-ND This license allows users to copy and distribute the material in any medium or format in unadapted form only, for noncommercial purposes only, and only so long as attribution is given to the creator.
***
***Sculpt by @ChelsC423***


Santa Baby Waifu Bust

SantaBabyWaifu.stl

Now Released and more game surfaces to follow!

The goal of slingpuck is to be the first to shoot all your pucks into your opponent's camp! A simple 2 player game.

How to play

Rules:

1. Each player puts 5 pucks on their side.
2. The game is played with one hand.
3. Use the elastic to fire the pucks to the other side of the board.
4. Only one puck is moved at a time.
5. Slide both ends of the elastic band into the side grooves so that they snap into place.
6. As soon as the game starts, there is no pause allowed.
7. Whoever clears the board first is wins.
Important Rules;

When the game starts, the puck cannot be moved to clear the way of pucks
If a puck should fly out of the board, the game doesn’t pause and the player must go pick it up by himself.
Suggested print settings:

3 walls
10% infill
4 Top/Bottom layers (ironing is optional)
supports are optional for the puck gate if you dont trust your bridging
Materials:

One piece of 1.75mm to join the boards together
12 3x2mm magnets
300-350mm of 2.5-3mm elastic cord
Changes:

added a rounded edge /w build in layers for easier coloring/painting on the STL file as well as BL 3mf file for easier access to the attached step files inside!

Sling Puck Hockey

Elastic Hockey - DEMO DO NOT PRINT.stl

puck stopper.stl

Sling Puck Hockey.3mf

Sling Puck Hockey_BL-MMU.3mf

***GET THE COMPLETE PARTS!:**
This is the one main part of Fab365’s premium design ‘AT-AT in Star Wars’.
Sign up at Fab365.net and get all parts!
[Go to Get All Parts >>](https://fab365.net/landing)

Discover more free premium models at Fab365 and experience design excellence and high printing success rates.
[Learn more >>](https://fab365.net/landing)


ATAT stands for All Terrain Armored Transport and first appeared in the Star Wars .

The characteristics of ATAT designed this time are first of all,
1) Almost every detail is described. It has described more detail than any ATAT produced by 3D printing so far.
2) Using the print-in-place and folding structure, almost all movements were implemented with just a few printings.

How to make after printing is as follows.
1. Rotate and attach the neck to the connected lower body.
※ Caution※ If the neck is not attached to the lower body first, the upper body cannot be properly connected later.
2. Put the upper body on the lower body. At this time, use the elasticity to slightly open and fit. Then, attach the side parts to the upper body with adhesive.
3. Push the head and put it on the neck.
4. Fold the ankle and attach it to the leg with adhesive.
5. Push the foot and put it on the leg.
6. Glue the 4 legs prepared in this way to the body.

Since the legs and neck can move in multiple angles, it is possible to create a scene in the movie.

If you are having problems with printing, check out our printing tips.
https://fab365.net/print-tips-list

1 : 144 scale

Size, X 70mm, Y 191mm, Z 157mm

Star Wars ATAT - Print in place, Articulated

Fab365_Robot_Starwars_AT-AT_Body.stl

An elegant Christmas ball that looks dramatically different from different angles.

Here's a fun new Christmas ball that features alternating diamond patterns. The photos show the same ornament photographed at two different angles. I printed it using a two color filament, so both the color and pattern shift as you look at it from different angles.

I've taken the work out of slicing this for you by providing my PrusaSlicer 3MF files and my MK3s+ GCODE. The ornament can be printed cleanly without weighing a lot, but it's a challenge.

I used a variety of techniques in slicing this model, including Height Range Modifiers, Paint-on Seams, varying layer height, and dropping the model 0.2mm below the build plate. Dropping below the build plate creates a clean first layer with a 0.4mm nozzle. With a 0.25mm nozzle, it's not necessary.

I printed the first 1.3mm with a layer height of 0.1mm (after a first layer of 0.2mm). The rest of the ornament was printed at 0.15mm. This just helps create a smoother print on the bottom of the ball.

Most of the ornament is printed with 1 Perimeter and no Infill. I used Height Range Modifiers to add additional Perimeters and Infill just where it's needed. The first 1.3mm is printed with 100% Infill to make a solid base that will release safely from supports. I also set Top/Bottom to 0 for the first 1.3mm because the infill took care of that need. 

I also used Height Range Modifiers to add small sections of 15 - 25% Rectilinear Infill where parts of layers were unsupported. In most of these places, I also added an extra perimeter. 

The top 5mm is printed with 2 perimeters and Top/Bottom set to 4 layers (I used 2 for Top/Bottom everywhere else).

You will need supports. Printing the ball as 1 piece keeps them to a minimum. I set the Overhang Threshold to 27 and used Grid supports because I finished this a few months back before PrusaSlicer really got Organic supports nailed down. I didn't add supports for the loop and it printed pretty well (even better with a 0.25mm nozzle), but you could add a tiny amount of supports to the center of the loop using Paint-on supports. I wouldn't use Organic supports for this. It adds about an hour to the print time and since the arms going to the loop are thin (and may break during printing), it increases the chance the print will fail. 

If anyone's interested, the filament used in the cover photo is Matterhackers Quantum Raspberry Blue.

Christmas Ball - Alternating Diamonds

Alternating Diamond Stacks 4b Simplified Repaired.stl

Based on Fred Boisselier design:
https://www.printables.com/model/540699-creality-k1-max-side-load-spool-holder

I added bigger and deeper screw holes and a mount for PTFE. You'll need one M3 0.5 x 12 and one M3 0.5 x 16 screw. Plus a longer section of PTFE for my design.
More detail in this video: https://youtu.be/BQM7xBcZh00



Creality K1 Max Spool Holder

This spool holder is designed for effortless adjustment, printing seamlessly with spools of varying sizes and weights. It offers a user-friendly experience, allowing for easy assembly and customization. No non-3D printable parts Needed! [See here the video about this spool holder!](https://www.youtube.com/watch?v=bNyZpcW_8jY)

This model was printed with [FormFutura ReFill PLA ](https://formfutura.com/product/refill-pla/)

Modular Spool holder

Spoolholder-triangle female.stl

**Lightweight Glider for Indoor and Outdoor Fun**

Gliding properties may vary with your filament.

**Preparations**

Bend wings slightly upwards
Bend tail to a V shaped stabilizer
Bend tail slightly upwards directly behind the wings.

**Launch**

Hand launch
Grip between wings and tail and throw gently

Gummi band launch
Hold the band as you like
Place sling on edge on the bottom
Shoot

Catapult start
Place plane with edge directly on the sling
Shoot

Mini crossbow start
Perfectly fitting crossbow:

Put in barrel part of the crossbow, align the rear end of the plane's body with the nylon thread, hold level, let fly.

**3D Print Settings** 

Layer height: 0.1mm (works best) - 0.2mm
Infill: 100%
Outer Lines: Min 3
Placement: Glider is rotated 45° in z-axis so that the infill of the first layer goes along the wings. This gives some rigidity when bending the wings and stabilizers.

Small V-Tail Indoor Glider

MicroThunder-MkI.stl

Loosely Based on Jagahati's model [here](https://www.printables.com/model/594625-coffee-cup-water-bottle-expander-for-vehicle-cupho). 

I wanted a similar one that would fit a Hydroflask 32oz with a silicone boot. So I remade it and enlarged the opening to 96.5mm wide. 

Should fit most cupholders.

(Boot + bottle is 94mm - Normal bottle is ~ 91.5mm) 

Did 25% Infill
Took 113grams of filament, and about 12 hours on Neptune 3 Pro. 

Hydroflask Cup Holder (Fits with Boot!)

Loosely Based on Jagahati's model [here](https://www.printables.com/model/594625-coffee-cup-water-bottle-expander-for-vehicle-cupho). 

I wanted a similar one that would fit a Hydroflask 32oz with a silicone boot. So I remade it and enlarged the opening to 96.5mm wide. 

(Boot + bottle is 94mm - Normal bottle is ~ 91.5mm) 

Did 25% Infill
Took 113grams of filament, and about 12 hours on Neptune 3 Pro. 

Hydroflask CupHolder (Fits with Boot!)

Here are the files for my Haunted Candle a fun print for your Halloween Decorations

There is a version that includes a wick (Candle Stick) 

and one that includes a pathway for a LED and wires (Candle Powered)

The Candle Stick Holder has a void in the base to allow for electronics such as a modified Tealight to be added to power the LED in the candle, you can also use the rubber flame from the tealight in the top of the candle.

Though my good friend Grafit wanted to use LED's that he had to hand, so modelled an AWESOME flame to use with a standard size LED. he has kindly allowed me to upload the flame along with the haunted candle.

I hope you enjoy.

and Happy Halloween

Thanks

Bugman

If you like what I am doing please consider buying me a coffee or tipping. 😁👍

https://www.buymeacoffee.com/bugman140

The Haunted Candle

candle-stick.stl

**Start making money by selling 3D printed models. Sign up to the PrintStart3D Thangs Membership to sell my models in your shop and more!**

For more content visit me on Instagram: www.instagram.com/PrintStart3D

Thank you so much for the support <3
Pumpkin Stash with Lid

I was able to print this model without support material

STL Files + Commercial License available on Thangs!

2-3 walls
Print at 0.2mm layer height with no supports.

Pumpkin Stash with Lid

Bottom.stl

Portable Plastic Garbage Hanging Bag Kitchen
Size 130x210x40cm
Features:
*1. Hands free trash bag holder, convenient and hygienic.
*2. No screws, easy to install.
*3. Reuse plastic grocery bags, environment protection.
*4. Eliminates bulky and dirty garbage cans
*5. Holds up to 10 pounds
*6. Great for kitchen, bathroom, garage, camping and more.

PORTABLE PLASTIC GARBAGE HANGING BAG KITCHEN

3 v1.stl

Smaug - The Hobbit - Lord of the Rings - Fan Art

If you like my work find more here - https://www.myminifactory.com/users/printedobsession
if you want to support my work consider joining patreon - https://www.patreon.com/printedobsession
want to know more about my process? i have tutorials on youtube - https://www.youtube.com/c/PrintedObsession

CC BY-NC-ND
This license allows users to copy and distribute the material in any medium or format in unadapted form only, for noncommercial purposes only, and only so long as attribution is given to the creator.

Smaug - The Hobbit - Lord of the Rings - Fan Art

**DANGER NOODLES!**

While running the AnyCubic Kobra Max I found that the part cooling ducts left something to be desired.  Yay the machine has dual 4010 fans, but they exit the shroud too far from the printer nozzle and are not well guided.  In comes my add-on Fan Ducts that guide the air much closer to the nozzle area AND block off areas where the part cooling blowers could suck in hot air! Fits both the AnyCubic Kobra Max and the Vyper line of printers.

**Installation:**_(See photos to help.)_ Remove the stock Fan Shroud from the print head.  Locate the screws that hold on the blower fan retainer pieces & remove (save screws).  Slip new Part Cooling Ducts into the opening of the old ducting (has a clip to "latch on"). Firmly press the Ducts into the shroud along side the Blower Fans until the ducts are flush against the fans. Reinstall original screw through the ducts.  Reinstall the Shroud onto the print head, being careful to not pinch the wiring as there is now less room.  

**AFTER ASSEMBLY:** Be sure to run an "Auto Level" run to ensure that the wiring and new parts are not interfering with the strain sensor and Bed Leveling functions properly.  If you find ANY issue, adjust the wiring inside of the shroud and repeat the process.

The 40mm "Guide" is meant to funnel the Heatsink air more directly to the Heatsink and slightly shield the Blower fans from the heatsink.  I don't know how effective it is, but I included it as I'm using it currently. 

---------------------------------------------------------------

- **Necessary Hardware (Affiliate Links):**
  - AnyCubic Kobra Max: https://tinyurl.com/KobraMax
  - AnyCubic Vyper: https://tinyurl.com/AnyCubicVyper

---------------------------------------------------------------

- **PRINT PARAMETERS:**
  - Print SLOWLY, Small areas require cooling time.
  - Recommend 4 Perimeters 
  - 10%+ Infill (I use Rectilinear) 
  - NO Supports Required
  - PLA works fine, but PETG or ASA would be better if printing higher temp materials.

---------------------------------------------------------------

Want to Support what I do? Check out my social medias please!

**Link Tree:** http://www.HotRodHippie.com/links

---------------------------------------------------------------

**All of my Designs are covered by a Creative Commons Non-Commercial License.**  Sale of prints using my designs are the sole right of myself, the designer, and those I license to do so. Please understand every design is hours of work and multiple prototype prints to ensure quality.  Unauthorized sales will result in new designs not being made public.

PLEASE Credit any and all Remixes of my designs: MandicReally

Anycubic Vyper & Kobra Max Part Cooling Duct UPGRADE! - Improved print quality

AnyCubic_Kobra_Vyper_Cooling_Ducts_V1.step

Explore this realistic 3D model of a Melted

MELTED METAL SCRAPER

MELTED METAL SCRAPER BY MELS3D .3mf

Demo: https://youtube.com/shorts/x9BTFuRO6GQ?feature=share

Some bead kits I purchased came with short beading needles which are helpful for smaller beads, but they weren't the best for making beaded jewelry with my Friendship Bracelet Making Tools, so I designed this!

Works great with pony beads! 
Recommended to use with the [Friendship Bracelet Making Tool](https://than.gs/m/936544)

---

Print settings:
- 0.2mm layer height
- I sliced it with seams on the back (i.e. at the tip of the Beedle)

✨If you like what I do✨
- Follow me for more crafting-related 3D models!
- Like, comment, share
- Post your makes – I love to see the different filament choices!
- Follow me on social media for updates and more content ([Twitter](https://twitter.com/karenchau_x), [Instagram](https://www.instagram.com/karenchaudesigns), [YouTube](https://www.youtube.com/@karenchaudesigns))
- [Become a member](https://thangs.com/designer/karenchaudesigns?plans=true) or leave me a [tip](https://ko-fi.com/karenchaudesigns) to support my design work

Thanks for stopping by!

Beedle - The 3D printed beading needle

Beedle_the-beading-needle_karenchaudesigns.stl

This custom set of cones is compatible with the open-sourced Head(amame) Headphones V2. 

See here for video: https://youtu.be/hUSOuSBmkHQ 

This open-back design allows air to pass through the ear cups from the rear of the speaker driver reducing resonances and low-frequency build-up that would be caused by a rear enclosure. Open-back designs are your best open for clear and natural sound.

Files are provided for single and dual extruder printers:

Single Extruder: https://than.gs/m/930949 
Dual Extruder: https://than.gs/m/930954 

Print two each of the “Cone Top” and “Headband Attachment” files and one of the “Cone Bottom Left” files. Depending on whether you have a mic, print either the “Cone Bottom Right no Mic” or “Cone Bottom Right with Mic” file. 

For the Dual Extruder file set, you will need to combine the appropriate “-Infill” and “-Shell” files in your slicer.

To complete your set of headphones you will need to:
•	Download and print the remaining pieces from https://than.gs/m/908651 
•	Purchase electronics from https://headamame.com/  

Assembly instructions can be found here: https://youtu.be/2iNJaU211fA


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