A fully 3D printable gardening tower. The design was thought to 3D print without the need of supportmaterial in all parts but the screen holder. 
Easy assembly and intuitive use. As external components (not 3D printed), you will need:

-> x2 M3x50 screws and x2 M3 nuts.
-> E-poxy resin (for the water reservoir).

The rest of components are not related to the assembly, such as plant pots, water nutrients, water pump...

Printing tips.

As for printing, you will need a bed of 300 by 300 at least. Not achievable in a small print bed, as otherwise I could not fit as many plants as I wanted. Feel free to ask me for the specs design files if you want to modify it :).

For printing material, there are 2 I could recommend.

You could use PETG for its resistance to water and UV light, although it can be pricey in some cases, so you can also print in PLA and later add e-poxy resin all over the print and let it dry for 24-48 hours so this way your print will be more resistant enough to water and nutrients and also to UV light (although not forever).

Hydroponic farming tower

Full tower set

This is the v1 of a Mega drone frame, fully 3D printable that can be assembled as a bi-copter, Quad-copter, Hexa-copter, and add a new feature below. What I call "Gripper-Legs", because well, they act as a gripper and as the landing legs*. 
(Now don't pay much attention to the gripper-legs on the STL as this feature was imported from an external file and not designed by myself).

*Well, this may be confusing. The drone can land on its own arms, as they are meant for that purpose too, but this gripper feature (also 3D printable) is for a bigger project of a convertible flying drone capable of carrying goods. Such as packages and more.

And to make it easier and reliable, I designed the legs so you can do both functions on them if you program them to do so. Landing and gripping.

Now for this project you will need some M4 screws and nuts.
To connect the arms for the rotors, you will need 2, 4 or 6 (depending on your build) M4-12(long) allen (in mm). and to attach the other main bodies, special M4-50(long) allen (in mm).

The reason of leaving enough distance in between the core parts is because you will have around 3-3.5 cm height to insert Flight controller and ESC, or battery, or any other board you may want to + the servo motor battery and cables in case you go all in.

This project is still ongoing and if you'd love to help me create and develop it you can do so by contacting me by e-mail (maiktcp@hotmail.com).

Convertible transporter drone frame v1.0

An easy to print filament mount for the top part of the Anet A8 3D printer.

You will just need a M-4/M-5 screw and nut to adjust the floating joint. The other part goes along with the screw on the Anet top part. (See pictures).

Anet A8 top filament mount

Anet A8 main body for filament mount.

Print the model with the planar face horizontal to the base and allow supports.

Main body for filament mount

All the parts together. (Download individually)

Anet A8 filament top mount v3

A simple and small futuristic LED lamp DIY. You can attach a battery to it or connect it to the outlet. It will look awesome and stand still!

You have 2 holes on the bottom of the main body for M3x6 bolts in case you want it attached to something, although you have a base stand that will hold it for you ad make it easier to mount the LED lights anytime.

Futuristic LED lamp

main body

Tubes holder

A ground support for a tent that printed with a lot of infill can be really resistant.

Reinforced ground support

A "T" smooth shaped support for tents or similar uses.

T_support

A classic shapped rocket for decoration purposes. (Can be printed empty on the inside to create a led lamp)

CLASSIC_ROCKET

A hang holder in C shape, to be hang on bars for curtains, clothes...

C_holder

A realistic moon base project with the goal to be achieved by real 3D printers in real scale. 

MOON_BASE_PROJECT

Squared cage adjustable with 4 holes on each corner

Cage_x4_holes

A support with holes to be holded onto something

Ground_or_wall_support

3D engineer. Specialized in rapid prototyping, CAD design and advanced fabrication.

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