mobius cube 3d models
35686 3d models found related to mobius cube.cults3d
Randomized maze on a Moebius strip. OpenSCAD code for this work is as follows: module randomized_maze() { translate([0,0,-50]) linear_extrude(10) { polygon(points=[[0,0],[100,0],[150,20],[200,40],[250,60],[300,80],[350,100]], ...
thingiverse
I created this design specifically for seamless printing with Cura and a printer featuring a 0.4mm nozzle at a layer height of 0.2mm. Simply print without support to achieve optimal results. It has been confirmed that this model works seamlessly...
thingiverse
An individual designed for endless circulation was initially planned to be fashioned as a neck adornment via string attachment. Two options were available: one featuring a connected head and another without it. ...The former offered simpler printing,...
grabcad
A Möbius strip is an object with one face and one edge in three-dimensional Euclidean space. ...To create an example of this, twist a strip of paper halfway along its length before connecting the ends together to make a loop.
thingiverse
I created an abstract design using SolidWorks software, and although the piece doesn't serve any practical purpose, its visual appeal caught my attention. ...I attempted to transform it into a wearable item, specifically a wristband, but the intricate...
thingiverse
This attempt at creating a heart-shaped Möbius strip uses the equation x=16sin^3(θ), y=13cos(θ)-5cos(2θ)-2cos(3θ)-cos(4*θ) from mathworld.wolfram.com/HeartCurve.html. Three cross-sectional shapes are available: rectangle, ellipse, and pill. The code...
grabcad
Looks cool, so why not make one? 😊 Followed someone else's process on YouTube, so yup, disclaimer: not mine. ...😄
grabcad
The Möbius strip, also called the twisted cylinder, is a one-sided surface with no boundaries. It looks like an infinite loop. ...Möbius strips are used in continuous-loop recording tapes, typewriter ribbons and computer print cartridges.
thingiverse
The Möbius strip or band is an endlessly twisting shape that defies mathematical orientation.
grabcad
The Möbius strip or band, conceived by mathematician August Ferdinand Möbius, boasts a singular surface (when embedded in three-dimensional Euclidean space) with only one side and one boundary. My perception of this shape in my necklaces, bracelets,...
myminifactory
Here's a twisted take on that statement: Optical Moebius Strip: The Ultimate Visual Whirlwind.
grabcad
The Möbius strip, also called the twisted cylinder, is a one-sided surface with no boundaries. It looks like an infinite loop. ...Möbius strips are used in continuous-loop recording tapes, typewriter ribbons and computer print cartridges.
thingiverse
There's more to it than meets the eye; it's a fascinating structure, formed by a tube that wraps around itself once.
grabcad
An example of a Möbius strip can be created by taking a strip of paper and giving one end a half-twist, then joining the ends to form a loop; its boundary is a simple closed curve which can be traced by a single unknotted string. Any topological...
grabcad
Another stunning creation born from the exceptional expertise of Nishant Gautam's outstanding YouTube tutorials.
grabcad
Another practice inspired by #easycadsolutions. ...I like their way to reveal other ways that 3D modeling can take.
thingiverse
Human: Torus that Forms a Continuous Loop, Never Beginning nor Ending at Any Given Point. ...Its Path is Like That of an Infinity Symbol.
thingiverse
I decided to recreate a ring someone else had designed after seeing its picture, purely as a 3D modeling exercise in Solidworks.\r\n\r\nThis ring is an interesting object with no practical use beyond its unique design.\r\n\r\nTo share my creation...
grabcad
In the afternoon, I designed a straightforward Möbius Strip using Alias software. Afterwards, I employed KeyShot to render it. ...A detailed tutorial on its creation is forthcoming.
grabcad
A planetary gear box inspired by the shape of a Möbius strip. ...The outer gear is rigid and 3D printed, while the inner gear and the planet gears are cast from polymers so that they can conform and twist as they move.