Ferris Wheel Bookshelf

Self-made gadget built with only one ZMorph 2.0 SX 3D multitool machine.
12 Piny271 Obserwujący
The base of the bookshelf is made from 6.5 mm thick CNC-cut plywood puzzles. Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern. 3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

The base of the bookshelf is made from 6.5 mm thick CNC-cut plywood puzzles. Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern. 3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

The base of the bookshelf is made from 6.5 mm thick CNC-cut plywood puzzles. Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern. 3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

The base of the bookshelf is made from 6.5 mm thick CNC-cut plywood puzzles. Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern. 3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

The base of the bookshelf is made from 6.5 mm thick CNC-cut plywood puzzles. Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern. 3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

The base of the bookshelf is made from 6.5 mm thick CNC-cut plywood puzzles. Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern. 3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

The base of the bookshelf is made from 6.5 mm thick CNC-cut plywood puzzles. Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern. 3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

The base of the bookshelf is made from 6.5 mm thick CNC-cut plywood puzzles. Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern. 3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

3D printed parts include shelves, counterweights, a planetary gear mechanism, and the wall mounting.

Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern.

Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern.

Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern.

Each puzzle is engraved with a laser. The whole set of 20 plywood puzzles placed in two rings around the center mechanism creates a tiger-like dimensional pattern.


Więcej pomysłów
Pinterest
Szukaj