magnetic slider fidget 3d models

I designed this magnetic slider for fun, working like a charm ! You only need 12 magnets 5x3mm and superglue, and printed 2x MagnaSlider to slide 2 parts together. Glue very small amount on a bottom site of the hole, and press hard magnet - best...

It has lines on the top that allow for smoother sliding that i saw in JamesThePrinter's slider (https://www.printables.com/model/140963-slider-fidget-toy) and they work great. Also added new sliders that go inwards instead of outwards if you'd like...

For the base, you'll need five 8x3mm round neodymium magnets plus one for however many sliders you'd like to have (personally, I like to have 3) Magnets should fit right into the holes and stay there without help. If yours happen to be too big, use...

... design onr. Magnetic fidget slider toy. Fun to play with and easy to carry around. I used a 8mmx2mm magnets. Magnetic fidget sliders - YouTubePrint Settings:Layer Height: 0.16Wall thickness: 1.6Infill Density: 10%Build Plate: Skirt  

Fidget Toys Magnet Slider

Updated version here!Magnetic fidget slider with satisfying haptic feedback and click. The convex shape and debossed clover leaves ensure a comfortable grip for easy manipulation without causing hand fatigue. Small size makes this lucky charm easy to...

This way there is no gluing or pressing magnets into place anymore.Fidget slider using captured magnets for satisfying haptic feedback and click with 6x2mm magnets. The convex shape and debossed clover leaves ensure a comfortable grip for easy...

... .3mm depressions with the middle section raised .2mm, underside fitted .79 mm depression, fitted for 4 magnets. ...22.225x9.525mm each (44.45x19.05mm depression).to add magnet, use strong adhesive and magnet that is able to fit measurements of area.

This slider consists of 3 parts, each of which can be printed in different colors. 0.3 mm layer height is sufficient. They must be glued together then. Note: the foot part must be installed with holes INSIDE the block, for better handling. But...

A customizable, satisfying fidget and haptic slider with satisfying sound. There are three different styles in the files and because of the F3D files, you are able to add a personal design to your slider. You will need 24 round 0.5 cm times 0.1 cm...

Fun clicky fidget toy. ...It slides! It turns! Requires 9 6X3mm magnets.

I just added an extra grip to the slider. ...It fits in by angling the part into the original and gluing as before. The extra grip makes the fidget much more comfortable.

The toy's compact size makes it easy to take on the go, and with several interchangeable parts to choose from, including sliders and lids, you can customize your Fidget Slider to suit your unique style. We've included everything you need to get...

You'll need 11 neodymium magnets (12 for 5x1 version) to make it work, and I made 3 versions: - 5x3mm magnets - Very strong and loud click and hard to use with one hand - 5x2mm magnets - Also nice and loud click but easy to use with one hand - 5x1mm...

It clicks! ...It slides! Hours of fun for the whole family. Requires 9 6X3mm magnets.

A satisfying slider that makes a noticeable clicking sound while you push it up and down! Note! You have to turn on supports because some parts need to be printed to perform optimally. Is the spring not good? Too soft or too hard? Try printing to...

This is a straightforward sign slider featuring three embedded 3x6mm magnets, carefully designed to be integrated directly into the part. To ensure proper function, place it mid-print and pay close attention to the magnet orientation during assembly....

Tiny fidget slider that uses 5x1mm embedded magnets and with hexagonal pattern on top to add some grip.It can be printed in below 30 minutes and uses about 1.2m of filament.

Made a little fidget that uses 3 6x2 neodymium magnets. ... Hope it helps someone else with anxiety <3

The larger the magnets, the better the ‘snap’ into positions.&nbsp;The slider has a magnet glued into the bottom. The base has 2 options - one with magnets glued in place and another with embedded magnets. ...Approximately 30 minute total print...

... at 105% and the cap at 103% size, since I modelled them wrong and they'll fit your 18 mm (0.71 freedom units) magnets just fine. This fidget works by gluing one 18mm magnet to the inside bottom of the base and one on the button to repel each other.

Remix of the [Fidget slider](https://www.thingiverse.com/thing:6126287) in 6mm You'll need 11 neodymium magnets (12 for 6x1 version) to make it work, and I made 3 versions: - 6x1mm magnets - Quieter click, very easy to use one-handed, but the magnets...

I found the sliders fidget toys online rather expensive, just another thing to the list that your 3d printer can help you with.

Design tolerances are carefully selected to provide a secure friction fit between magnets and enable smooth movement within the parts. For me, printed components slide together effortlessly without requiring post-processing. Print the upper...

Lower part has a hole in the bottom to push the magnet out again if you get it wrong in the first place. The two parts go together with a 90° bayonet. Tolerances are choosen to hold the magnets with friction fit and to have easy movement between the...

Fidget Explorer (V2) Innovated from Make Anything's popular fidget toy design.

It has holes for 22 Ø5mm*2mm magnets, although you can get away without using the middle row of magnets (resulting in 16 magnets total). ... I recommend press-fitting the magnets with locking pliers, as the holes are really tight.

A tip for installation is to use your long stack of magnets and a small dead blow or non marring mallet to tap the lowest magnet into place. If you have a really tough time, scale up a percent or put your magnets in the freezer for a while before...

This name badge is also a fidget toy, slide the letters over one-by-one or slide your name back and forth to your heart's content.Choose a frame that's one size greater than the total number of letters you need to ensure they can slide.The OpenSCAD...

Didn't have magnets on hand like original design, being more comfortable in CAD than modifying STL, I resigned it based on the original idea; very small and addictive ;-)Make sure to insert magnets in danke orientation.I printed with supports, should...