Object Library

This collection of useful parts and objects is yours to use. All we ask is that you register derivative projects with makeSEA to help track their evolution (privately or publically). You can also use makeSEA to share or sell your designs and mashup your work with the work of others. Keep track, and ensure that everyone that contributes receives attribution. Protected files are makeSEA assets that can be distributed to other systems and link back to the original files at makeSEA. You can distribute these reference assets freely without concern for access restrictions. makeSEA still requires users to login to access the unprotected original files. Share! Print! Go make something!

box hex hinge living
torsion
snap fit clip
     
spatula a spatula a
with teeth
cable ties
     
jar snap fit
clip b
spatula b
     
spatula b
with teeth
brushless
motor
propellers
     
snap fit
clip double
snap fit clip
double b
glass jar
lid
     
solar water
distiller
hinge living
flexion
hinge
interlocking
     
snap fit
cantilever
snap fit
cantilever b
snap fit
round a
     
snap fit
round b
water
turbine
wind
turbine

 

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Content with tag solar water distiller .

makeSEA Solar Water Distiller

makeSEA Solar Water Distiller Idea / Requirements Design a 3d-printable system which can clean polluted water. There are systems, where the water is initially cleaned with some kind of natural filter consisting of pebbbles, sand, and charcoal (https://en.wikipedia.org/wiki/Biosand_filter). In DIY-projects people use PET-bottles as a container/funnel containing these...

Solar Water Distiller

Solar Water Distiller

Solar Water Distiller

This project is to design a 3d printable system which can clean polluted water.

The base consists of an array of basins (black) which are filled with polluted water. The sun shines through the transparent lid and heats up the water and the air inside the box. The water evaporates, it can’t escape the box, humidity reaches 100%. Since the lid has a lower temperature (environment temperature), the vapor will condensate and build water droplets at the inside surface of the lid. The surface of the lid is tilted, and condensated water droplets are collected in a channel at the bottom edge of the lid. Read more about this project on the wiki post.


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