Knit Knot

A knitted trefoil knot. A knit knot knick knack. 

See here for video: https://youtu.be/YtF-VXOyzrY 

This design is sponsored by Resins3D. Models shown are printed on an Elegoo Saturn 2 with Phrozen Dental Study white resin.

AI generated description:

"This is a 3D model named 'Knit Knot Knick Knack' available on Thangs.com. The model represents a charming and creative interpretation of the aesthetics of knot designs, resonating the essence of a knit pattern. It is intricately crafted that manifests a convoluted, circular knot resting on a rectangular base. The twisted and looped feature of the model offers a unique visual appeal and dynamism, demonstrating the beauty of the complexity. 
Ideal for decor enthusiasts, the 'Knit Knot Knick Knack' model can be 3D printed and used as a tabletop decor artifact or paperweight. If you're interested in modeling complex geometric patterns, or want to enhance your 3D printing collection, this model is a great choice.  It can prove to be a fun and challenging print. Download it today and experiment designing with it!"

Interlocking Cube Earring

Download the  STL file for this beautiful bold earrings. 
I created this design for printing with resin printers as it's too delicate to be printed with FDM printers.
Please, make sure you set the supports right before printing to have the best results.
Feel free to reach out if you need any advise or have any question.

Surface Slab (SplitP)

This piece is part of a set of two large slabs constructed from different varieties of triply periodic minimal surfaces.

See here for video: https://youtu.be/vKTHPB9hKvQ 

Download the set:
Fischer-Koch S: https://than.gs/m/868235 
SplitP: 

The slabs are 3 x 3 x 2 cubes of unit cells, with the central top cell removed to allow placement of a square vase or other similar type of container. Three different  heights of square containers are included.

The footprint of each is approximately 100mm x 100mm. 


Surface Slab (Fischer-Koch S)

This piece is part of a set of two large slabs constructed from different varieties of triply periodic minimal surfaces.

See here for video: https://youtu.be/vKTHPB9hKvQ 

Download the set:
Fischer-Koch S:
SplitP: 

The slabs are 3 x 3 x 2 cubes of unit cells, with the central top cell removed to allow placement of a square vase or other similar type of container. Three different  heights of square containers are included.

The footprint of each is approximately 100mm x 100mm. 


Interlocking Aperiodic Octopuses

Octopus.stl

Triangle drawing aid - Geometry

Triangle.3mf

Circle drawing aid - Geometry

Circle.3mf

hypnotic loop.stl

Do not even try to print this, LOL. I just made it for fun. Orrr, print it if you can and show  it to me XD

Groovy Vase

I designed this from many many Icosahedron's overlaid on each other. Then had fun with the formation. Vase mode print, make sure to use that mode in your slicer. 
Prints without supports and I recommend at least 1mm walls. I print with a .6 nozzle and use 1.2 line width. This give the vase 2 walls while in vase mode.
I hope you enjoy this model
DWTC


Multi Icosahedron Vase

Geometric Origami Pencil pot Pen holder with Drawer

Pen Holder or Plants Pot 120mm.stl

Aperiodic Desk Organizer

Monotile 1 50mm.stl

Interlocking Einstein Monotile

Interlocking Einstein Monotile  1 with face.stl

Einstein Aperiodic Monotile Lego

Einstein Aperiodic Monotile Lego 1.stl

Cone shape Earing.stl

Penta Tubes

PentaTube Display Only Do not print.stl

Weaire-Phelan Tetrastix

Weaire-Phelan Tetrastix Display Only Do Not Print.stl

600-Cell Central Rings.stl

This is a three-dimensional shadow of selected cells of the four-dimensional shape called the “600-cell.”

See here for video: https://youtu.be/IhW48X29e0g 

The 600-cell is one of six regular convex four-dimensional shapes. It is composed of 600 tetrahedral cells.

The full 600-cell is so ridiculously complex that it nearly impossible to see or understand in its entirety, so it is helpful to view it in parts.

If you look closely at this selection of cells, you can see how it is composed of nine interlocking rings connected by “struts.”  In the full 600-cell, these small “struts” are in fact part of complete rings. This gives some idea of how large and complex the full shape would be.

This model is designed for resin printing.


120 Cell.stl

This is a three-dimensional shadow of a four-dimensional shape called the “120-cell.”

See here for video: https://youtu.be/oquFgOw6k28 

The 120-cell is one of six regular convex four-dimensional shapes. It is composed of 120 dodecahedral cells.

Technically, this model only includes 107 of the 120 dodecahedral cells. The outer layer of cells is proportionally much larger and would be difficult to print. In fact, the outmost cell is infinitely large, which would be very difficult to print.

This is a cell-centered stereographic projection, meaning that there is a single small dodecahedral cell at the center. Can you see it?

This model is designed for resin printing.


Spiralized Octet Truss Modular Snap Struts

Display Only.stl

Gyroad Sculpture

Gyroad Full.stl

geometry

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Knit Knot

Interlocking Cube Earring

Surface Slab (SplitP)

Surface Slab (Fischer-Koch S)

Interlocking Aperiodic Octopuses

Triangle drawing aid - Geometry

Circle drawing aid - Geometry

hypnotic loop.stl

View 11 new models

Geometric Origami Pencil pot Pen holder with Drawer

Aperiodic Desk Organizer

Interlocking Einstein Monotile

Einstein Aperiodic Monotile Lego

Cone shape Earing.stl

Penta Tubes

Weaire-Phelan Tetrastix

600-Cell Central Rings.stl

120 Cell.stl

Spiralized Octet Truss Modular Snap Struts

Gyroad Sculpture