104 models
This 3D-printed fidget model features a sphere inside an octahedron. The sphere has just enough room to move freely inside, allowing you to spin and rotate both the sphere and the octahedron in a few different ways. For the best visual…
This 3D-printed fidget model features a sphere inside another larger windowed sphere. The inner sphere has just enough room to move freely, letting you spin and rotate it within the outer shell in a couple of different ways. For the best…
The Parabolic Wave Grid Panel #1 features an intricate parabolic wave pattern, created by extruding squares at varying heights. This versatile design looks incredible in various finishes, including tricolor filament, color-shift pigments,…
This model represents a level five iteration of the Sierpinski Pyramid fractal. Instead of being made up of individual octahedra, it’s constructed from a unique shape with extra faces, creating a bold, wicked appearance. This version…
The Parabolic Spike Mini Version translates the geometric design of the original Parabolic Spike into a smaller, faster-to-print form. This scaled-down version retains the sharp, stepped pyramid-like structure and the grid of squares…
This model features a wireframe rhombic dodecahedron, designed in CAD and refined through an iterative process to form a Sierpiński Octahedron fractal structure. It includes a seamlessly attached base and prints without requiring any…
The Parabolic Wave Grid Panel #2 - Standard Detail features an intricate parabolic wave pattern, created by extruding squares at varying heights. This versatile design looks incredible in various finishes, including tricolor filament,…
The Sinusoidal Wave of Cylinders consists of a grid of circles extruded to varying heights, following a sinusoidal curve to create a wave-like effect. The smooth rise and fall resemble water ripples, giving it a visually engaging and…
Endless Design Lab's Level Three Sierpiński Snowflake Fractal Pyramid takes the series to the next level of intricacy, introducing more detailed geometry while maintaining the mesmerizing design language of the earlier levels. Optimized…
Endless Design Lab's Level Five Sierpiński Snowflake Fractal Pyramid is an entertaining and rewarding project for fractal enthusiasts, featuring five intricate layers of recursion that bring advanced geometric detail into a seamless…
Parabolic Wave Grid Panel (#2) (4x Detail) features an enhanced parabolic wave pattern with 4x the detail of the original design. Created by extruding squares at varying heights, this denser 8x8 grid structure adds a stunning level of…
Endless Design Lab's Level Four Sierpiński Snowflake Fractal Pyramid introduces a new level of intricacy and complexity to the series. This model showcases advanced geometry while still being optimized for vase mode printing, making it…
The Parabolic Spike is a geometric design featuring a grid of squares extruded to various heights, forming a sharp, stepped pyramid-like structure. Each layer of squares rises to create a visually striking pattern, with well-defined,…
Introducing the Stella Octangula Fractal - Level 1 , a classic geometric design, optimized for effortless 3D printing. This model prints quickly and efficiently without requiring any supports. This design looks particularly mesmerizing…
This unique design features two interlocking fractal tetrahedra, carefully crafted in CAD with modified geometry to ensure smooth 3D printability. The intricate structure balances visual complexity with practical considerations, making it…
This model features a wireframe Rhombic Dodecahedron , designed in CAD and refined through an iterative process to form a Level 1 Sierpiński Octahedron fractal structure . It includes a seamlessly attached base and prints without…
Endless Design Lab’s Original Level Two Sierpiński Snowflake Fractal Pyramid builds on the elegance of Level One, adding a new layer of complexity while maintaining its mesmerizing design. Perfectly suited for vase mode printing, this…
The Level 4 Sierpiński Icosahedron takes fractal geometry to breathtaking heights, featuring four full levels of recursion. Each triangular facet is subdivided into self-similar icosahedra, creating an intricate, captivating design that…
This model features a Level 3 Sierpiński Pyramid fractal structure made from Rhombic Dodecahedra. Looks pretty trippy and prints great with no supports! 😁 I've included a 3MF that will produce the print shown in the photos. Here are the…
This 3D model represents a compound of a cube and an octahedron , inspired by a shape I discovered in a Wikipedia article. The geometric interplay between the two forms creates an elegant symmetry. The model prints easily without…
I made this model while exploring fractal geometry using CAD software. Because of the complexity, slicing can take a while and you’ll want a decent PC to handle it smoothly. The print itself is also a long one. The example print shown…
This model represents a level five iteration of the Sierpinski Pyramid fractal. Instead of being made up of individual octahedra, it’s constructed from a unique shape with extra faces, creating a bold, wicked appearance. This version…
Endless Design Lab’s Level Five Sierpiński Snowflake Fractal Tower features five layers of recursive geometry, built into the same stable base design used throughout the series. It’s a long-form print that sits right at the intersection…
While learning about geometry, I came across a Wikipedia article on duality , which used a cube-octahedron compound as an example. Intrigued by the shape, I modeled it in CAD (…
This model features a wireframe Rhombic Dodecahedron, designed in CAD and refined through an iterative process to form a Level 3 Sierpiński Octahedron fractal structure. It includes a seamlessly attached base and prints without requiring…
This model is a geometrically accurate 3D representation of a hyperbolic cube. I created it while experimenting in CAD, exploring hyperbolic geometry. It represents a cube in hyperbolic space with negative curvature on all six faces.…
Endless Design Lab’s Level Six Sierpiński Triangular Bipyramid Fractal adds yet another level of intricate detail with six levels of recursion. The design is fully optimized for vase mode printing, ensuring a smooth, efficient process…
The Level 5 Sierpiński Icosahedron Fractal Sculpture features five full levels of recursion, with each triangular facet subdivided into self-similar icosahedra. This intricate design maintains the iconic icosahedron structure while…
This Pentagonal Trapezohedron was created in CAD by deleting the top and bottom faces of a regular dodecahedron and healing the resulting openings. I've included a 3MF for the print seen in the photos. Print Settings: • Nozzle: 0.4 mm •…
Endless Design Lab’s Level Five Sierpiński Triangular Bipyramid Fractal adds another layer of detail with five levels of recursion. The design is optimized for vase mode printing, allowing it to print seamlessly, efficiently, and with…
The Level One Sierpiński Snowflake Fractal Pyramid is a simple yet elegant introduction to this original fractal series. Designed for vase mode printing, this model highlights the beauty of fractal geometry while being very quick and easy…
Here is a quick video of the printed model. ⬆ The Compartmentalized Rhombic Dodecahedron is a unique geometric model featuring a rhombic dodecahedron with subdivided, hollowed compartments within each face. This design highlights the…
This Hyperbolic Rhombic Dodecahedron captures the precise geometry of negative curvature across its twelve rhombic faces. Each face bends inward, creating a mega-trippy form inspired by hyperbolic space! 🌀 I created it while experimenting…
This model features a wireframe Rhombic Dodecahedron , designed in CAD and refined through an iterative process to form a Level 2 Sierpiński Octahedron fractal structure . It includes a seamlessly attached base and prints without…
This model features a Level 5 Sierpiński Pyramid fractal structure made from Rhombic Dodecahedra instead of Octahedra, designed with strategically placed gaps for seamless vase mode printing. I've included a 3MF file that will produce a…
⚠ Safety Disclaimer: Small Parts – See the very bottom of the page for more information. *UPDATE* - Want to use a build surface that holds more blocks?? The XL Cubic Build Surface and Dual-Purpose Base are now available and pair nicely…
This model features a Level 5 Sierpiński Octahedron fractal structure made from Rhombic Dodecahedra, designed with strategically placed gaps for seamless vase mode printing. The base is integrated into the fractal itself, forming a…
Endless Design Lab’s Level Four Sierpiński Snowflake Fractal Tower pushes this series into a much higher level of detail, with four layers of fractal recursion and the same seamless base design. It’s a great print for anyone who enjoys…
This is Level 3 of the classic Mosely Snowflake Fractal , a geometric structure created by recursively subdividing a cube and removing the corner cubes. You can print the full model with supports (not pictured), or avoid using as many…
The Stella Octangula Fractal - Level 2 offers a more detailed variation of the Level 1 design, while remaining easy to print without supports. This model pairs wonderfully with co-extrusion filaments, enhancing the geometric patterns and…
This model features a Level 3 Sierpiński Pyramid fractal structure made from Rhombic Dodecahedra instead of Octahedra, designed with strategically placed gaps for seamless vase mode printing. I've included a 3MF file for a pyramid with a…
This model represents a level four iteration of the Sierpinski Octahedron fractal. Instead of being made up of individual octahedra, it’s constructed from a unique shape with extra faces, creating a bold, wicked appearance. This version…
Check out this model's counterpart here!: https://www.printables.com/model/1121851-snowflake-fractal-level-4-vase-mode This 2D version of my Level 4 Sierpiński Snowflake Fractal is a versatile and eye-catching design. Created by cutting a…
This model features a Level 4 Sierpiński Pyramid fractal structure made from Rhombic Dodecahedra instead of Octahedra, designed with strategically placed gaps for seamless vase mode printing. I've included a 3MF file for a pyramid with a…
This unique Level 1 Sierpiński-style Dodecahedron fractal variant features an innovative design that creates 5-pointed star-shaped voids throughout its geometric structure. The model transforms the traditional Sierpiński dodecahedron…
The Ball of Mirrored Dodecahedra was created by combining mirrored dodecahedra into a rounded, intricate shape. Its interlocking facets make it visually striking, and offer a hands-on example for math enthusiasts exploring complex…
I designed this level 4 self-similar triangular bipyramid fractal in CAD to be printed in vase mode. The model can be printed once as a single pyramid, or in two halves and assembled into a complete structure. I've included a 3MF for a…
This 3d model represents the hyperbolic variation of the cube-octahedron compound. The geometry can be split into two mirrored halves for easy, support-free printing. Print Settings (I Used the Bambu Lab P1P): Nozzle: 0.4 mm Layer Height:…
This model features a Level 4 Sierpiński Octahedron fractal structure made from Rhombic Dodecahedra, designed with strategically placed gaps for seamless vase mode printing. The base is integrated into the fractal itself, forming a…
This is Level 6 of the Sierpiński Snowflake Fractal Pyramid , adding another layer of recursion to the series and producing an even more intricate geometric structure. The model represents one half of the full form. It can be displayed as…
This model features a Level 2 Sierpiński Octahedron fractal structure made from Rhombic Dodecahedra, designed with strategically placed gaps for seamless vase mode printing. The base is integrated into the fractal itself, forming a…
I stumbled upon this shape while experimenting in CAD and just had to share it—not only because I thought it was totally awesome, but also because I had no idea how to identify it! So, I reached out to the community for help, and a HUGE…
While learning about geometry, I came across a Wikipedia article on duality , which used a cube-octahedron compound as an example. Intrigued by the shape, I modeled it in CAD (…
A clean and simple geometric model, the Triangular Bipyramid is formed by mirroring two equilateral tetrahedra at their bases. This design is perfect for educators, geometry enthusiasts, or anyone looking for an elegant display piece. Its…
The Rolling Compound of Eight Octahedra is an angular shape inspired by the oloid, rolling in a straight path while wobbling in an S-shaped motion. Built with precise 90° angles, it creates an optical illusion from certain angles, almost…
A hyperbolic cuboctahedron I made in CAD. You can print it in halves and glue it together after printing to avoid use of any support structures. (3MF Included) Print Settings I Used (Bambu Lab P1P): Nozzle: 0.4 mm Layer Height: 0.16 mm…
This Equilateral Stellated Pentakis Dodecahedron was designed in CAD and features 180 faces, all equilateral triangles. The model is optimized for 3D printing and can be scaled to your preferred size. It prints quickly and looks stunning…
I made this self-similar rhombic dodecahedron fractal model while exploring geometry using CAD software. In my opinion, it looks especially stunning when printed in dual or tri-color silk PLA. Print Settings (I Used the Bambu Lab P1P):…
This model features a Level 2 Sierpiński Pyramid fractal structure made from Rhombic Dodecahedra. Looks pretty trippy and prints great with no supports! 😁 Here are the settings for FDM printers- Layer Height: 0.16mm Infill : User…
The Six-Pointed Star 2.5D Geometric Wall Art Piece features stars, hexagons, and triangles in a design that's almost 2D but with subtle depth for added dimension. This piece makes for great wall art—rest it on a couple of nails or add a…
Endless Design Lab’s Level Two Sierpiński Snowflake Fractal Tower builds on Level One by adding a second layer of fractal detail while keeping the same seamless base design. It’s optimized for vase mode printing, so it stays easy to print…
The Level 3 Sierpiński Icosahedron takes fractal geometry to an even greater depth of complexity, introducing three full levels of recursion. With each triangular facet subdivided into self-similar icosahedra, this model achieves a…
Endless Design Lab’s Level Three Sierpiński Snowflake Fractal Tower adds another step of fractal complexity to the series, balancing extra detail with a clean, elegant shape. It keeps the same seamless base design for stability and a…
While learning about geometry, I came across a Wikipedia article on duality , which used a cube-octahedron compound as an example. Intrigued by the shape, I modeled it in CAD (…
This is a compound of a cuboctahedron and a rhombic dodecahedron, modeled in CAD as the base shape for a new fractal series I'm releasing . I’ve included the 3MF file for the exact print shown in the photos. That one was printed on a…
The Level 2 Sierpiński Icosahedron builds on the self-similar design introduced in Level 1, adding an extra layer of recursion to create a more intricate and captivating geometric structure. This design features detailed triangular…
This model features a Level 3 Sierpiński Octahedron fractal structure made from Rhombic Dodecahedra, designed with strategically placed gaps for seamless vase mode printing. The base is integrated into the fractal itself, forming a…
This model features a Level 1 Sierpiński Octahedron fractal structure made from Rhombic Dodecahedra. The base is integrated into the fractal itself, forming a cohesive structure that prints without the need of any supports. I hope you…
The Compartmentalized Rhombic Dodecahedron with Attached Base builds on the elegance of the original design with a seamlessly integrated base for stability and display. This enhanced version prints beautifully, quickly, and support-free.…
Check out this model's counterpart here!: https://www.printables.com/model/1128057-snowflake-fractal-level-3-vase-mode This 2D version of my Level 3 Sierpiński Snowflake Fractal is a versatile and eye-catching design. Created by cutting a…
The Level 1 Sierpiński Icosahedron was created in CAD, and features a self-similar design. It is formed by subdividing its structure into smaller icosahedral sections, each contributing to the shape of one larger icosahedron. This model…
@AeternaArts (IG/Facebook) asked if I could bring their drawing to life... so I did. 🙂 I built it using my upcoming Endless Design Lab Fractal Generator extension for Blender . What do you think, did I match it? If you’re curious, I made…
I designed this level 3 self-similar triangular bipyramid fractal in CAD to be printed in vase mode. The model can be printed once as a single pyramid, or in two halves and assembled into a complete structure. I've included a 3MF for a…
This model represents a Hexagonal Trapezohedron that I made in FreeCAD . Print Settings I Used (BambuLab P1P): • Nozzle: 0.4 mm • Layer Height: 0.16mm • Infill: 10%, Gyroid • Supports: None If you have any questions or run into issues,…
This is Level 5 of a self-similar hexagonal bipyramid fractal, created in CAD and designed for vase mode printing. Each iteration builds on the previous one, forming a repeating pattern using a hexagonal bipyramid as the base shape. For…
This is Level 0 of a self-similar recursive fractal series I modeled in CAD, derived from the geometry of a regular truncated octahedron. Print Settings (I Used the Bambu Lab P1P): Nozzle: 0.4 mm Layer Height: 0.16 mm with 0.2 mm base…
Endless Design Lab’s Original Level One Sierpiński Snowflake Fractal Tower builds on the simple shape of the Level One snowflake pyramid, but includes the full fractal form with a base that blends smoothly into the design. It’s made to…
XL Cubic Build Surface + Dual-Purpose Cuboctahedral Base (Expansion for the Endless Design Blocks Intro Kit) This upload introduces a large cube-shaped build surface designed to work seamlessly with the blocks from the Endless Design…
For FDM 3D print settings, scroll down to the very, very bottom of this page! Anyway… This expansion set introduces two different versions of the Cubic Cluster , a form made from four interlocked cubes. It fits seamlessly into the Endless…
This model is Level 2 of a recursive cube pattern, designed in CAD by copying and moving cubes to form a layered geometric structure. The model is cut on a plane to provide a sturdy base for printing, and this cut also reveals a Level 2…
This is Level 1 of the classic Mosely Snowflake Fractal , a geometric structure created by recursively subdividing a cube and removing the corner cubes. At this stage, it forms a three-dimensional plus sign (➕), showing the early steps of…
This model is a 2D slice of a Level 4 Menger sponge that I modeled in CAD, resulting in a Sierpiński carpet. It prints great with a 0.2mm nozzle, as seen in the photos. Here are the print settings I used: Bottom Surface Pattern:…
This model is Level 3 of a recursive cube pattern, created in CAD by copying and arranging cubes into a layered geometric structure. A cut along a plane exposes a Level 3 Sierpiński triangle pattern inside the form. It works well as a…
This is a Level 4 Menger-style triangular bipyramid featuring an attached base. I designed this model manually in CAD without using code. This is part of a series progressing through multiple levels of recursion. For this version, the…
This is Level 2 of the classic Mosely Snowflake Fractal , a geometric structure created by recursively subdividing a cube and removing the corner cubes. You can print the full model with supports, or avoid supports by printing both halves…
This is Level 3 of a self-similar fractal modeled in CAD, derived from the geometry of a regular truncated octahedron. Printing half of the model turned out pretty awesome. Toward the end of the print, one of the tree supports came loose…
This is Level 1 of a self-similar fractal modeled in CAD, derived from the geometry of a regular truncated octahedron. Print Settings (I Used the Bambu Lab P1P): Nozzle: 0.4 mm Layer Height: 0.16 mm with 0.2 mm base layer Infill: 10%,…
This is Level 1 of a new fractal series I’m developing, built from a compound of a cuboctahedron and a rhombic dodecahedron . I designed it in CAD to explore geometric recursion and symmetry. This is the first step in a larger…
I designed this model in CAD while exploring the Koch curve fractal and its relationship to cubes, specifically a quadratic Koch snowflake at level two. The structure is recursive, using cubes as the base form, and I cut the model along…
I created this model in CAD while exploring the concept of duality between n-gonal prisms and their corresponding dipyramids. Special thanks to George W. Hart for providing such an incredible resource for learning about polyhedra and…
This is Level 4 of a self-similar hexagonal bipyramid fractal, created in CAD and designed for vase mode printing. Each iteration builds on the previous one, forming a repeating pattern using a hexagonal bipyramid as the base shape.…
Check out this model's 3D Hexagonal Pyramid Fractal counterpart here!: https://www.printables.com/model/1121530-snowflake-fractal-level-2-vase-mode This 2D version of my Level 2 Sierpiński Snowflake Fractal is a versatile and eye-catching…
Here’s an interesting shape I made in FreeCAD. It has 24 Faces that are all scalene triangles. Can you help me identify it? Print Settings (Bambu Lab P1P): Nozzle: 0.4 mm Layer Height: 0.16 mm with 0.2 mm base layer Infill: 10%, Gyroid…
This model represents a truncated tetrahedron. I modeled it in FreeCAD as part of a new fractal series I’m preparing to release on my pages. Print Settings (I Used the Bambu Lab P1P): Nozzle: 0.4 mm Layer Height: 0.16 mm with 0.2 mm base…
This model represents level 2 of a self-similar cuboctahedron fractal I came up with and designed in CAD. It starts with a basic cuboctahedron and repeats the structure at different scales to form a larger cuboctahedron made up of smaller…
This model represents level 1 of a self-similar cuboctahedron fractal I designed in CAD. It starts with a basic cuboctahedron and repeats the structure at different scales to form a larger cuboctahedron made up of smaller ones. Enjoy…
This is Level 2 of a self-similar fractal modeled in CAD, derived from the geometry of a regular truncated octahedron. Print Settings (I Used the Bambu Lab P1P): Nozzle: 0.4 mm Layer Height: 0.16 mm with 0.2 mm base layer Infill: 10%,…
This is Level 3 of a self-similar hexagonal bipyramid fractal, created in CAD and designed for vase mode printing. Each iteration builds on the previous one, forming a repeating pattern using a hexagonal bipyramid as the base shape.…
This is Level 2 of the Mosely Cube Octahedron Compound Fractal, a fresh take on the classic Mosely Snowflake Fractal. Instead of using standard cubes, this version is built from cube-octahedron compounds, adding new depth and complexity…
Here are the print settings for FDM printers with a 0.2mm Nozzle - Layer Height: 0.12mm Infill: 15%, Gyroid Supports: None Brim: Use an outer brim if you're having issues with adhesion. If you find yourself having trouble, don’t hesitate…
