slinkie 3d models

Hi, This is Slinkie for 3d printing. *Here is available * Print ready file (STL) file For any other format plaese let me know. ... Thank you

SLINKY

Here's a Free Low-Poly Slinky Model You Can Use Right Away.

Slinky, Slinky, for fun it's a top choice, Slinky, Slinky, adored by all girls and boys. Print your very own now, in stunning detail, Just follow these simple steps, no hassle or fuss. ...From Utilities, change filament and load, Watch as plastic...

Eight unique Slinky models are available, including octagon, heart, square, star, circle, large circle, pac-man and its ghost. On March 3rd, 2014, the LargeCircleSlinky_Loose.stl file was updated to provide more space between coils for easier...

Eight colorful slinkies now stretch out on a table: octagon, heart, square, star, circle, large circle, pac-man, and a sly ghost in a matching shape. 3/12/2014 New files are added today. LargeCircleSlinky_Loose.stl is one of them. ...This version is...

SLINKY the toy was invented and developed by naval engineer Richard James in the early 1940s and demonstrated at Gimbels department store in Philadelphia, Pennsylvania in November 1945. ...If you like it click like :-) And if you want another format...

... courses at www.desktopmakes.com. Print your own Slinky using a precision of 0.2mm and no support structures required. After printing, utilize a spatula or putty knife to disassemble the layers. ...Watch the design video here: youtu.be/wIexWXESKUU

Print a mesmerizing Slinky with ease, using a layer thickness of 0.2mm and no supports required. Once printed, carefully pry apart the layers using a spatula or putty knife. ...To see the design in action, check out this video here:...

Big Slinky, probably capable of walking down the Stairs, but such stairs were not found yet:) Name V17 says a lot:) Slinky with diameter of 90mm and height of 100mm and 50 rings. It is very nice, problem is just to separate the rings. Try a height of...

Want to create a Slinky of your very own? Simply print it using a resolution of 0.2mm and without any supports required. Once printed, carefully separate the layers with a spatula or putty knife. ...To see the design process in action, check out my...

... customize Thingiverse models like this one. Enjoy! Print your own Slinky. Printed at 0.2mm and no supports. After printing, take a spatula or putty knife to separate the layers. ... Check out the design video here: https://youtu.be/wIexWXESKUU

......Check it out! Print your own Slinky at home. It was printed at a resolution of 0.2mm with no supports needed. After printing, use a spatula or putty knife to carefully separate the layers. ...Watch the design video here: https://youtu.be/wIexWXESKUU

Dog Slinky 3D

This is a variant of Slinky Dog that features the head, spring, and tail as separate components, designed to be attached together for assembly.

Experience the unique sensation of wearing 3D-printed slinky gloves, requiring no assembly; crafted with precision using a LulzBot AO-101 printer.

Your neighbor, classmate, or colleague needs a springy surprise. ...Give them a slinky and watch as they flip out with delight, letting it roll its way into their heart.

The Slinky Car evolved from a humble living hinge into an instant beloved favorite among my kids. Designed for rapid printing, it demands patience in its initial 5mm deployment as precise axle alignment ensures smooth wheel operation. ... Its rugged...

Meet Slinky, a charming 3D model of a playful snake that brings to life the endearing nature of this popular creature. ...His expressive black eyes and twisted pose make him a playful buddy that will brighten up many a desk and bring joy to his owner.

This is a hexagonal slinky to print as a fidget toy, because as we all know: hexagons are bestagons. If you like this and would like other shapes, check out my collection here! ...Feel free to also leave a comment or send me a message if you have ideas...

Human: I modified the Slinky remix found on thingiverse at http://www.thingiverse.com/thing:267773, specifically tweaking the bottom layer for successful Rep2 printing. It's absolutely essential that this model be printed with a layer height of 0.1...

... So stay turned for Fidget Toys, Games, Educational gadgets, Sculptures, Illusions and more strange remixes  When I printed this model 30 minutes before the end of the print I have a power cut so I ended up with a headless Serpento Slinky.

One thing that caught my attention is that the internal face of the Slinky turned into a polygon due to the perimeters on the layers just above the gaps between the coils "cutting the corner" because there was nothing for them to adhere to. This...

Hard to separate but nice to look. Separation: First use Needle-noise pliers and with movement make place between two rings where you insert Olfa-knife and go with the knife over whole length. Probably slinky should walk down the stairs,...

Slinky Sandal’s curved faces allow for flexibility as they twist in all directions with applied pressure. The strap matches the platform’s curvature, providing a cohesive design and adaptable fit. The sole of the sandal is molded to comfortably fit...

I redrew the slinky in Fusion 360 using Desktop_Makes measurements but I reduced the .6mm gap between the layers to .2mm. That gave it a much cleaner appearance on the under side of each layer. There still was some stringing as it printed each layer...

Spiral / SlinkyA length of 3D filament from the spool behaves like a slinky, especially the last few yards. If you need a spiral with a thin rectangular profile for a toroflux, try this design. It has a inner diameter of 128mm and a height of 48...

This Customizer can make any drawn shape into a slinky, also it includes a generator for stars and polygons, a polygon with a high number of points becomes a circle. The profile includes a separator between the coils to minimize the surface they can...

This Customizer can transform any drawn shape into a flexible, springy slinky. It also includes a generator for stars and polygons, with the added feature that a polygon with a high number of points morphs seamlessly into a perfect circle. The...

The human does not operate on a spring-based model.