Is it an ornament? Disco ball? Crystal ball? This 25cm diameter sphere prints in spiralized mode using only 220g of filament. That means you could print four of these giant spheres with a 1kg roll of filament! 

See here for video: https://youtu.be/50sGR_oEPLs 

Spiralized printing is great for translucent filament, and because it uses a relatively small amount of material for such a large object, don’t be afraid to use some of your specialty filaments to really make it pop!

For each sphere, you will need to print out two pieces. Be sure to use “spiralized” or “vase” mode and watch the first layer to be sure you have good bed adhesion. When in progress, this is a very delicate print. The ribbing on the outside of the sphere is there to provide some structural support but be careful not to bump it while is it printing!

Once printed, the pieces fit together loosely as in the video, so use a bit of glue if you want them held in place more securely. CA glues works well. Once glued, the sphere is surprisingly strong.

Here are some recommendations for spiralized printing:
- Use thick layer heights, 0.2mm or greater
- Set your “Bottom Layer” to 1
- Try using a skirt for bed adhesion, but if that is not working then try a brim. You will just have to remove the brim afterwards and that can be messy.
- If you get funny stringing on the top layer, try moving the z-seam alignment around

AI generated description:

Discover the Giant Spiralized Sphere 3D model on thangs.com, an exceptional creation by renowned designer DaveMakesStuff. Classed under the seasonal and Christmas category, this model provides an entertaining and challenging printing experience, offering an end product that adds charm and elegance to any setting. Visually, it stands out with a fascinating spherical shape and intriguing ribbed texture, reminiscent of luxurious disco balls or captivating crystal ornaments.

Crafted with resourcefulness in mind, the Giant Spiralized Sphere requires only 220g of filament for a 25cm diameter print, allowing you to print up to four spheres from a single 1kg roll of filament. Designed for spiralized or vase mode printing, this model is particularly suited for translucent filaments and even your specialty filaments, enhancing its appearance with breathtaking effects. 

The structure of the Giant Spiralized Sphere consists of two pieces, each needing cautious attention during the printing owing to its delicate design. However, the innate ribbed exterior lends additional support to withstand the printing process and, once glued together using CA glue, it results in a surprisingly strong, eye-catching sphere.

Regardless of whether you're trying to add a special touch to your holiday decor or want a unique item on your shelf, the Giant Spiralized Sphere 3D model is an admirable choice. Ensure to follow the recommended settings for spiralized printing, including using thicker layer heights (0.2mm or greater), setting the bottom layer to 1, and utilizing a skirt for bed adhesion. If you encounter stringing on the top layer, simply adjust the z-seam alignment.

Embrace the joy of 3D printing with the Giant Spiralized Sphere, an eye-catching, efficient, and rewarding model available on thangs.com. Dive into the expansive world of 3D models and transform filament into an imposing sphere that's sure to impress!

Giant Spiralized Sphere

Giant Spiralized Sphere.stl

These vintage-style ornaments are designed for spiralized printing to maximize translucency and minimize material and print time. Download includes six different mix-and-match styles!

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

 More Spiralized Ornaments:
Vintage: https://than.gs/m/964487 
Textured: 

When printed with a 0.4mm nozzle, each ornament requires less than 8g of material. You could print over 125 ornaments with 1kg of filament! A great way to get the most out of your specialty (expensive!) filaments.

For each ornament, you will need to print out a “top” and “Bottom” file. Be sure to use “spiralized” or “vase” mode! You will need to open up the hole in the top by trimming the inside protrusion with a pair of clippers. See video for demo.

Here are some recommendations for spiralized printing:
- Use thick layer heights, 0.2mm or greater
- Set your “Bottom Layer” to 1
- Try using a skirt for bed adhesion, but if that is not working then try a brim. You will just have to remove the brim afterwards
- If you get funny stringing on the top layer, try moving the z-seam alignment around


Spiralized Ornaments - Textured

Hex Top.stl

These contoured abstract trees are designed to print in spiralized mode to maximize translucency and minimize material and print time. 

See here for video: https://youtu.be/UjMJ4U9JbGE 

Download includes three sizes of trees with three unique contour patterns for each size. When printing in spiralized mode, you can print with or without a bottom layer. 

When printing in spiralized mode with no bottom with a .5mm nozzle, these trees take only 8g, 10g and 13 g of filament, making them a great choice for getting the most out of your fancy filaments!

These designs are inspired by the style of Canadian painter Lawren Harris.

AI generated description:

Experience the festive beauty of our 3D Lawren Trees model, an offering from thangs.com. Designed with artistic inspiration from the style of celebrated Canadian painter Lawren Harris, these captivating abstract tree models evoke a dynamic seasonal ambiance. An ideal choice to illuminate your Christmas celebrations, these 3D models are best printed in spiralized mode to maximize translucency, offering a distinctive touch to your festive decor. Our download includes three sizes of trees, each uniquely contoured for a captivating aesthetic appeal.

The 3D Lawren Trees models are designed to minimize material use and print time, providing both eco-efficiency and time-saving benefits. Especially when printed in spiralized mode with a .5mm nozzle, these models only require 8g, 10g, and 13g of filament respectively. This makes these innovative 3D models a perfect choice for maximizing the potential of your specialty filaments.

To provide a convenient and user-friendly experience, these 3D models can be printed with or without a bottom layer when using spiralized mode. Explore the enchanting world of 3D printed Christmas decor with our Lawren Trees 3D model from Thangs.com - where innovative design meets festive spirit.

Lawren Trees

Lawren Tree Large 2.stl

These curvy corners and ambiguous edges are designed to print in “spiralized” or “vase” mode! Download it, print it, fill it with something you love, and give it to whoever you love. Download includes six unique boxes with lids sized 50mm to 100mm.

See here for video: https://youtu.be/Dinsy7-4ZhU 

Files are free to download! Over the next six days I will be donating 100% of any earnings from this design to The Trevor Project, and Thangs will match the donation 100%! Support The Trevor Project with every download.

The Trevor Project’s mission is to end suicide among LGBTQ young people.

Be sure to print in “spiralized” or “vase” mode! The fit of the lids is optimized for a 0.5mm nozzle. Printing with a smaller nozzle may result in a loose fitting lid, printing with a larger nozzle may result in a tight fitting lid. To compensate, you can very slightly scale the lid smaller or larger in your slicer as needed.

Print the boxes and lids as oriented. The lids fit in one orientation only, so you may have to try a few times!

This model is a submission to the Thangs “Wrapping up 2023” gift box design contest. @Thangs3D, @Anycubic3DPrint #WrappingUp2023 #Christmas #holiday

AI generated description:

Immerse yourself in the world of 3D Arts & Entertainment with the Queer Qubes by DaveMakesStuff, where curvy corners blend seamlessly with ambiguous edges. This innovative design is available in Thangs.com's 3D model collection. This unique creation is designed to be printed in a spiralized or vase mode, making it a trendy addition to your 3D model collection. Each downloadable model comes in six different sizes, ranging from 50mm to 100mm, letting you print a variety of them to fill your favorite spaces.

The Queer Qubes collection includes multifaceted boxes with lids optimally designed for a 0.5mm nozzle, offering the perfect fit. However, adaptability is not a problem as these stunning 3D designs can be scaled up or down using your slicer to fit larger or smaller nozzles, providing versatility in your 3D printing tasks.

But this 3D model transcends beyond being just an art piece, it's part of a cause. Each download supports The Trevor Project, whose mission is to end suicide among LGBTQ young people, making these Queer Qubes not just a visual delight but also a symbol of support for a noble cause.

DaveMakesStuff's Queer Qubes are not merely 3D models - they're designed with love and meant to be filled with something you love, making them an ideal gift for your loved ones. Plus, this model is also part of the exciting Thangs “Wrapping up 2023” gift box design contest. Download the Queer Qubes 3D model today and step into the fascinating world of 3D printing while supporting a great cause.

Queer Qubes

Queer Qube Box 90mm.stl

This model is part of a set of three finial-style ornaments featuring different patterns. These models are designed for resin printing.

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

Download the set:
Knit: https://than.gs/m/971254 
Weave: https://than.gs/m/971263 
Wicker: https://than.gs/m/971265 



Textile Finial Ornament - Knit

Textile Finial Ornament - Knit.stl

These vintage-style ornaments are designed for spiralized printing to maximize translucency and minimize material and print time. Download includes six different mix-and-match styles!

See here for video: https://youtu.be/Y1fUPk6tqWA 

When printed with a 0.4mm nozzle, each ornament requires less than 8g of material. You could print over 125 ornaments with 1kg of filament! A great way to get the most out of your specialty (expensive!) filaments.

For each ornament, you will need to print out a “top” and “Bottom” file. Be sure to use “spiralized” or “vase” mode! You will need to open up the hole in the top by trimming the inside protrusion with a pair of clippers. See video for demo.

Here are some recommendations for spiralized printing:
- Use thick layer heights, 0.2mm or greater
- Set your “Bottom Layer” to 1
- Try using a skirt for bed adhesion, but if that is not working then try a brim. You will just have to remove the brim afterwards
- If you get funny stringing on the top layer, try moving the z-seam alignment around

AI generated description:

Discover the distinct beauty of vintage-style, 3D printed ornaments at Thangs.com. Expertly designed by DaveMakesStuff, these ornaments are suitable for spiralized printing, ensuring maximum transparency while minimizing material usage and printing time. The downloadable files include six different mix-and-match styles, perfect for adding a unique touch to your festive celebrations or home décor. 

These 3D model ornaments are not only aesthetically pleasing but also practical. When using a 0.4mm nozzle for printing, each ornament requires less than 8g of material. This means one could yield over 125 ornaments from just 1kg of filament, thereby maximizing the efficiency of your specialty or expensive filaments.

The package consists of a top and bottom file for each ornament. Printing in 'spiralized' or 'vase' mode is recommended. Once printed, based on user observations, it might be necessary to enlarge the hole at the top by clipping the protruding inside gently with a pair of clippers. Also remember to use thick layer heights of 0.2mm or more for best results. 

For extra stability, consider using a skirt for bed adhesion. If you're running into any issues, switch to a brim, which can then be removed post-print. Users who've noticed stringing on the top layer suggest experimenting with z-seam alignment. 

Experience the charm of vintage ornaments and boost your 3D printing efficiency with these intricate designs. Explore the world of 3D models in the Home & Garden category on Thangs.com today.

Spiralized Ornaments - Vintage

Vintage 2 Top.stl

Based on my original small Rugged Desktop Organizer, now biggie sized with flat bottom. 
 Also available in a [GRIDFINITY COMPATIBLE 2x3](https://thangs.com/designer/K2_Kevin/3d-model/Rugged%20Organizer%20LARGE%20Gridfinity%202x3-959955?manualModelView=true&source=All+Files)!

Includes Bambu Studio single and 2 color .3mf project files.

**♫ ♫ Ohhh, won’t you print this one tonight!  Ohhh, you’re gonna like this one just right. Ohhh, you gonna let your tools hang out!  Flat Bottom Organizers,  make the missing parts be found! ♫**


Rugged Organizer LARGE Flat Bottom

Rugged_Organizer_LG_FlatBottom.stl

Bring the Northern Lights inside with these swirling, contoured wall panels. Glow-in-the-dark filaments and black lights will get you some pretty wild results!

See here for video: https://youtu.be/LkR0q1QFsoI 

Download includes a 4 x 4 matrix of 15cm x 15cm tiles, allowing you to panel a 60cm x 60cm wall section at original scale. 

There is a “Base” and “Accent” file for each of the 16 tiles. For single colour prints, use the “Base” file only. Dual colour prints can add the “Accent” file. Print the “Accent” file in glow-in-the-dark filament for a real Northern Lights vibe!

All “Base” tiles have a number and letter label on the back to make it easier to tile and mount them properly. From the upper-left corner, rows are numbered 1-4, and columns are indicated with letters A-D. 
The models pictured are tiles 1A and 1B, showing examples of dual colour prints with glow-in the-dark “Accents” on dark and light “Base” backgrounds.

At original scale, tiles are approximately 4mm deep to minimize material needed. They can be scaled up in your slicer to create deeper contours.

AI generated description:

Elevate your interior with these unique Northern Lights Wall Panels 3D model on thangs.com. These extraordinary wall panels are These extraordinary wall panels are created by DaveMakesStuff and are inspired by the swirling, mesmerizing patterns of the Northern Lights, offering a distinctive aesthetic touch for any room in your home. 

Perfect for enhancing your home decor or designing a unique space, these 3D model wall panels glow in the dark, giving you a realistic experience of the Northern Lights within the comforts of your home. When used with glow-in-the-dark filaments and black lights, the visual effects you can achieve are nothing short of spectacular. 

The 3D model is a 4x4 matrix of 15cm x 15cm tiles, allowing you to panel a 60cm x 60cm wall section at the original scale. Included in the model are a "Base" and "Accent" file for each of the 16 tiles. In a single color print, only the "Base" file is used. However, for a more vivid finish the "Accent" file can be added in dual color prints.

All "Base" tiles are conveniently labeled with a number and letter to make it easy to place and mount the tiles correctly. At original scale, tiles are designed approximately 4mm deep to reduce material usage, however, they can conveniently be scaled up in your slicer to create deeper contours. 

This 3D model truly stands out thanks to its versatility and the artist's exceptional attention to detail, making it a brilliant addition to any interior design project. Search for Northern Lights Wall Panels on thangs.com to download and make a powerful visual impact today.

Northern Lights Wall Panels

Northern Light 1A Base.stl

Three unique gravity-field vases designed to print in “Vase” or “Spiralized” mode.

The models look great with multicolour filament. Models shown are printed with Sovol PLA Silk Magic “Blue, Yellow & Fuchsia.” 

See here for video: https://youtu.be/c0jJhr3cqrM 

See here for similar models:
Stinkhorn Vases: https://than.gs/m/912791 
Wrinkled Vases: https://than.gs/m/956613

AI generated description:


Gravity Vases

Gravity Vase 150mm 1.stl

Feeling lost? These 25 unique Inukshuks will guide you!

See here for video: https://youtu.be/QGeYfMg783Y 

The word “inukshuk” means “in the likeness of a human.” For generations, Inuit have been creating these impressive stone markers on the vast Arctic landscape. Inukshuks serve several functions, including guiding travellers, warning of danger, assisting hunters and marking places of reverence.

Each of the 25 models in the download is unique, with subtle differences in stone size and position. Vary the scale slightly in your slicer to add more uniqueness.


25 Inukshuks

Inukshuk 1.stl

These panels are designed to be printed in “vase” or “spiralized” mode to minimize the amount of material needed, decrease print time, and give a smooth clean finish. They could be used as sound diffusion panels, decorations, or just to show off your new gradient filament!

See here for video: https://youtu.be/xNsjm7yOsQY 

Square Hilbert Panel: https://than.gs/m/960851 
Rounded Hilbert Panel: https://than.gs/m/960857 

This download includes two sizes of panels with 100mm or 200mm edge lengths. There are two mirrored versions of each panel. See here to learn more about the Hilbert Curve and how to properly orient the tiles: https://en.wikipedia.org/wiki/Hilbert_curve 

Be sure to print in “vase” or “spiralized” mode! The base is 0.5mm thick. I recommend adjusting your settings so that the base prints in only two layers.

When printed with a 0.5mm nozzle as described above, the 100mm and 200mm panels use only 28g and 111g of filament respectively.

These panels work better as sound diffusion panels due to taller features and sharper angles. The “Minimal Height” panels below don’t work as well as sound diffusion panels but use less material.

Minimal Height:
Square Hilbert Panel: https://than.gs/m/957250 
Rounded Hilbert Panel: https://than.gs/m/957254 
Video: https://youtu.be/Gunky5qSwpc

More panel designs:
Topology Tiles - Hex: https://than.gs/m/955066 
Topology Tiles - Square: https://than.gs/m/955067 

Models shown are printed with Sovol Rainbow Candy PLA


Rounded Hilbert Panels - Full Height

Rounded Hilbert Panel - Full Height 200mm 1.stl

Three sizes of “Ice Bubbles” designed for spiralized printing to maximize translucency and minimize material and print time. These are great prints for your clear or translucent filaments!

See here for video: https://youtu.be/xJ5POHSJL1I 

Files are provided for 30mm, 40mm, and 50mm diameter balls. You will need to print two pieces to make one ball. When printed with a 0.5mm nozzle, the balls require 3g, 5.4g, 8.4g of filament. That means 1kg of filament you could make approximately 333 small Ice Balls!

Here are some recommendations for spiralized printing:
- Use thick layer heights, 0.2mm or greater
- Set your “Bottom Layer” to 1
- Try using a skirt for bed adhesion, but if that is not working then try a brim. You will just have to remove the brim afterwards
- If you get funny stringing on the top layer, try moving the z-seam alignment around

AI generated description:

Explore the exquisite collection of 3D models on Thangs.com, featuring "Ice Bubbles" designed by DaveMakesStuff. These models bring a touch of novelty to your home & garden decorations, incorporating a unique element of translucency due to spiralized printing methods. The design minimizes both print time and material consumption, making it an efficient choice for 3D printing enthusiasts. These models are especially attractive when printed with clear or translucent filaments, further enhancing their ice bubble visuals.

The ice bubbles come in three different sizes: 30mm, 40mm, and 50mm, each requiring two printed pieces to complete a single ball. With a 0.5mm nozzle, the balls require 3g, 5.4g, and 8.4g of filament respectively. This means that with a single 1kg filament roll, one can produce approximately 333 small Ice Balls, perfect for decorating your space or hosting a themed party!

It is recommended to use thick layer heights of 0.2mm or greater for spiralized printing. Customize your settings to a 'Bottom Layer' of 1. For bed adhesion, you may use a skirt, but a brim can be adopted if the skirt proves ineffective, with the brim being removable afterwards. If you encounter stringing on the top layer, try adjusting the z-seam alignment for better results. Utilize these unique 3D models to bring a cool aesthetic to your home and garden décor. Check the images to have a better understanding of the final product and achieve the best-printed output for these unique Ice Ball designs.

Ice Bubbles

Ice Bubble 50mm.stl

Ornamental Christmas Tree Tea Light, a delightful fusion of festive charm and modern craftsmanship. This unique ornament is crafted in vase mode to create an intricately detailed exterior that captures the spirit of the holiday season.

The design allows you to easily insert a tea light at the base, casting a warm and inviting glow through the tree's delicate patterns. Whether placed on your mantel, dining table, or as a centerpiece, this Ornamental Christmas Tree Tea Light adds a touch of magic to your holiday decor. Enjoy the enchanting ambiance it creates while celebrating the joy of the season.

Christmas Tree Tea Light - Wide Version

TeaLightTree-Final.stl

TreeWide-Solid-Final.stl

Warning: Do not eat these gift boxes. 

This box is part of a set of three different sizes. For dual colour printing, use the “Base” and “Accent” files for your selected Box and Lid. For single colour printing, you can either merge the “Base” and “Accent” files in your slicer and print them as one, or print the “Base” files without the “Accent.”

See here for video: https://youtu.be/aOIhib1lUkY 

Download the set: 
Small: https://than.gs/m/969491 
Medium: https://than.gs/m/969493 
Large: https://than.gs/m/969494 

This model is a submission to the Thangs “Wrapping up 2023” gift box design contest. @Thangs3D, @Anycubic3DPrint #WrappingUp2023 #Christmas #holiday


Taffy Box - Medium

Medium Taffy Box Base.stl

Square Hilbert Panels - Full Height

Square Hilbert Panel - Full Height 200mm 1.stl.stl

These decorative vases are part of a larger series exploring the transition of design elements from ordered to disordered states. In this set, the cubic lattice structure at the top transitions to a Voronoi lattice at the base.

They remind me of destroyed buildings seen in earthquake or conflict zones.

See here for video: https://youtu.be/E2Yqnw96uV0 

Download other designs in this series:
Seismic Vases - Square: https://than.gs/m/963860 


AI generated description:

Discover the unique 3D model of Seismic Vases by DaveMakesStuff, exclusively available at thangs.com. Introduce an artistic and topographical dimension to your surroundings with these intricately designed vases, a part of a larger series that represents a prodigious evolution from ordered to disordered states. Each piece features a cubic lattice structure at the top transitioning impressively into a Voronoi lattice at the base. With their distinctive design, these vases evoke reminiscences of architecture observed in earthquake or conflict zones. Easily downloadable and adjustable to your needs, these 3D models are perfect for 3D printing enthusiasts and professional designers. Dive deeper into aesthetic chaos and recreate other eccentric designs from the Seismic Vases series. Don't miss out, start exploring today!

Seismic Vases - Cylindrical

Seismic Vase Cylinder Large.stl

I've provided my PrusaSlicer 3MF file and GCODE for Prusa MK3S+ at 100%. It provides a nice balance of print quality, speed and weight. If you want even better quality, you may want to increase the supports or use 2 perimeters everywhere.

One of my larger Christmas ornaments, it scales down nicely to 75%. I've now tested my PrusaSlicer 3MF file and GCODE at 75% and they print very well. If you want to print a different size and use my 3MF files, you'll need to adjust the range settings for the height range modifiers. PrusaSlicer doesn't adjust them when you scale the model they're linked to. Hopefully, they'll add that in a future release. I added it to their wish list.

I used 2 perimeters for the first 2mm and for the stem at the top. For the rest, I used just 1 perimeter. There are 4 places in the bottom of the ornament that need a few layers of infill (I used grid), but there's really no need to put infill everywhere. I set top and bottom to 3 everywhere except where the arms converge at the top. There, I increased them to 8 to get a clean, solid print. 

The ornament needs quite a lot of supports. I used paint-on supports set to organic. 

Christmas Spiral Teardrop 2023 

Christmas Spiral Teardrop Ornament 2023.stl

This collection of different lengths of flexible chains/ribbons and ornaments lets you creatively decorate your home for Christmas! Make long chains of ornaments or hang them one by one! Included are hanging hooks and command strip clips to attach you ribbons to surfaces.

Check out a short assembly example: https://youtube.com/shorts/K3yIArcwNjk

The ribbons are infinitely extendable! Just keep in mind they can get somewhat heavy, so I recommend using the **Hanging Clip Double** to add more attachment points to your chains.

I've provided chains with lengths from very short to as long as you can diagonally print with a 220 print bed.

If you don't want to print the print-in-place chains, you can instead print the **String Clips** that allow you to use string, cord or ribbon to hang the ornaments!

---

Don't forget to check out my Instagram and YouTube channel for more interesting projects!
https://www.instagram.com/jaatinen3d
https://www.youtube.com/@Jaatinen3D

Christmas Chain Decorations

Christmas Chain V1.2 - Snowflake.stl

I originally designed this as a mini ornament. It looks great at that size (1X), but looks even better at 1.5X and 2X. At 1X, it's about the size of a golf ball. At 1.5X, it's a standard Christmas ball size. At 2X, it's about the size of a grapefruit. It will scale up even more if you want to. I assume most people will print this at 1.5X, so that's what I've used the the time estimate.

The cover photo shows it at 2X. 

I've provided a couple versions of the ball - in 2 pieces and in 1 piece (not including the cap). I recommend printing it as 2 pieces. It's a lot smoother that way and the ball prints without supports. I've provided my PrusaSlicer 3MF files and MK3S+ GCODE for the 2 piece print at all 3 sizes. I've provided the ball as 1 piece mostly in case someone wants to experiment with cutting it in a different place or you want to print the ball as 1 piece using a 3 color filament.

You might think this needs infill everywhere, but it really doesn't. I used height range modifiers in PrusaSlicer to add a few layers of infill (25 - 30%) in 5 places where something starts to print unsupported. It printed really well and it's light. Printing the 1.5X ball with 25% infill everywhere increases the final weight by 50% and adds 2.5 hours to the print time.

I printed most of the ornament with just 1 perimeter. At the bottom of each half, where the halves later get glued together, I used 2 perimeters. I used 2 and the top of the top half and 3 at the top of the  bottom half. The cap is printed with 2 perimeters everywhere.

I printed the 1.5X and 2X balls with supports to get a cleaner print on the dome, but that part of the print is just about impossible to see when the ornament is glued together. I'm just a perfectionist.

I used custom seams to put as many as I could on the inside of the ball where they don't show.

I printed the 1X ball with 0.1mm layer height and the other sizes at 0.15mm.

Christmas Ball - Fine Diamond Lattice 

Christmas Ball Fine Diamond Lattice.stl

Explore the Polipo 3D model of a Jewelry holder on Thangs.com. In the Home & Garden category, this model is a versatile storage solution for your precious jewels like bracelets, pendants, and rings. Besides jewelry, this model offers a unique and aesthetic place for your house keys and wallet — a perfect blend of functionality and style.

The Polipo 3D model transforms your home decor by emulating an underwater environment. Inspired by the coral collection for accessories, this distinctively designed model pays homage to the unique characteristics of the Polipo species.

This model comprises a singular, scalable part, allowing you to adapt it to your needs. You can increase its size effortlessly to store even more accessories. The 3D printing parameters for this model include PLA gold usage with specific settings at Cura such as: 20% infill, no support, and 0.2 mm layer height.

The Polipo 3D model is an excellent choice for selling prints, subject to a commercial license— elevating your collection of 3D printed accessories. Dive into the details of this model and bring a piece of the underwater ambiance into your home. At Thangs.com, you can explore the model's unique features and get the defined parameters for a seamless 3D printing experience.

Home

Categories

Remixes

Personalize

Trending

Popular

Makes

New Uploads

Downloads