Welcome to the Juice Extractor and Green Corn Grater project.The model in the video has been modified for a better user experience.

This project was based on a FUNCTIONAL GRATER adapted to a more practical and easier to make juice extractor, saving space using a 3d printer to make the parts functional.

Its assembly after manufacturing parts on the printer is very practical and intuitive, it is worth assembling to learn about the method and idea of ​​functional implementation that could perhaps be applied in different areas.

''I preferably suggest purchasing a juice reserve reservoir''.

It consists of fitting 3D parts to a 0.5mm zinc-plated stainless steel metal plate that must be purchased or obtained, shaped and drilled with a nail or pointed shaft 4.5mm thick, according to a marking template that comes with the STL, the half moon is to mark the recess in the reservoir; It then adapts to the base axis of a juice extractor without significant changes to it, allowing you to remove the grating kit and return the juice kit.I didn't make the paddle to increase the mass output through the reservoir cavity, but it can be done by adding a side rod to the bottom wheel. The parts must be made between 50 and 100% infill density, and in the positions that will be lowered to guarantee sufficient resistance during operation.Layer height for objects in contact with food must be 0.28mm and Food safe or non-toxic filaments following O.M.S rules, also with well sanitized printers Total printing time varies between 4 and 6 hours depending on the type of printer and nozzle.

First assemble the plastic parts, then fit and adjust the metal plate.

Let's create, test and prosper!