squeeze fan 3d models
132651 3d models found related to squeeze fan.
thingiverse
This is a remix of the handle used in GeorgeZSL's Design of a Squeeze Fan. It is reinforced at the point of connection with the pin, since the original handle's wall was too thin and thus broke very easily. This fixes the issue, and functions just...
thingiverse
Let's just admit it, all of the squeeze fans available are just toys. They are fun to play around for 5 minutes, but cannot really be used functionally. The wind is too little, the hand gets caught in the blades, and nowhere to grab. This is an...
prusaprinters
The new blade is 78% larger than the original blade in turns of area, hence requiring a sturdier crank, body, and handle, etc.Print turbine with support or no support depending on your comfort with 30deg overhangs. For kid's toy, I recommend the...
thingiverse
For more info watch: https://youtu.be/PjOyAcW-Fic This is an open source project. All the step files are provided for you to download for the purpose of making the assembly easier and so you can easily modify the design. The only things you...
thingiverse
This version of the squeeze fan builds upon the previous version by adding a fan shroud to guide the airflow so that the wind stays focused onto your face! Print most parts with 3 outer perimeters. I recommend printing the fan shroud with 0.45mm...
thingiverse
24.11.2019: I have increased tolerances on some parts as print bed calibration can impact the first layers and squeeze them outwards causing trouble at assembly pushing parts upwards creating contact and friction where sufficient clearance has been...
thingiverse
Spacer for the gear meshed with the final fan gear. Place between cover and gear. Tight fit, but you probably don't want it spinning anyway so I'd just force it on there instead of sanding to sit looser. ...Just holds that gear up a little more so the...
thingiverse
This is a waterproof squeeze fan. It doesn't need screws, doesn't need support, can be assembled very easily, durable, very cool, and not noisy. You only need a hammer! +Jul 06,2021 The turbine have been updated to have more power. +Jul...
prusaprinters
This is a waterproof squeeze fan. It doesn't need screws, doesn't need support, can be assembled very easily, durable, very cool, and not noisy. You only need a hammer! +Jul 06,2021 The turbine have been updated to have more power. +Jul 11,2021 Added...
prusaprinters
This is a waterproof squeeze fan. It doesn't need screws, doesn't need support, can be assembled very easily, durable, very cool, and not noisy. You only need a hammer! +Jul 06,2021 The turbine have been updated to have more power. +Jul 11,2021 ...
thingiverse
IMPORTANT From what we have read from the original squeeze fan's comments, it is not recommended to use PLA to print this fan. It is also recommended to lightly grease the gears to allow for proper rotation. *UPDATE* The entire case as well as...
thingiverse
Squeeze ratchet fan. Easy to use. Strong air flow. Gear rate is about 55. https://youtube.com/shorts/-sh-6uMWyIs Print all things with high infill, 0.2 layer. Pusher parts, screws and nuts with 100% infill preferably from PETG or more strong...
thingiverse
This object was made in Tinkercad. ...Edit it online https://www.tinkercad.com/things/iNRCsdxyO86
thingiverse
The spiral cover creates a stronger wind and allows the wind to travel further. It has a structure similar to an actual air circulator. (In fact, when turned at full speed, the wind accelerates to 2.8 m/s! It also extends up to 2 m) Lowered the...
thingiverse
i reverse engineered the fan because i needed a solid model. one with blades as is, one with them in reverse... ... but now needs some support.
cults3d
i reverse engineered the fan because i needed a solid model. one with blades as is, one with them in reverse... ... but now needs some support.
cults3d
Will the wind it produces cool you off, more than the effort of squeezing it will heat you up? I'm not sure! Fun tech demo, anyway. To keep it spinning you will have to smooth the insides of the wheels where they meet the axles, with either...
thingiverse
... the handle in and speed up the rotation of the gear. Each time it rotates back around you time the next squeeze to keep the rotation going. If you squeeze too soon you can stop the fan, it is all about timing the next squeeze for maximum spin. ...
cults3d
... the handle in and speed up the rotation of the gear. Each time it rotates back around you time the next squeeze to keep the rotation going. If you squeeze too soon you can stop the fan, it is all about timing the next squeeze for maximum spin.
thingiverse
The human has finally succeeded in creating something truly remarkable: https://youtu.be/kWvck_Mz_q8 You can see the gear demo in action here: https://youtu.be/WQ8Kq8Ge7BE Take a look at the prototype and marvel at its ingenuity:...