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Our project deals with product design using advanced manufacturing technologies in order to achieve precision and create a special design character that can be achieved with digital tools.

The production process is done first by reviewing ideas to take a product and make it readymade.
We created sketches on paper which we modeled in 3D in order to begin to examine their complexity.
The lighting body is made in Rhino software, consisting of a base layer and another part that constitutes the body.


The model includes complete layers and frame layers which aim to be a transition to the electricity infrastructure.
The model was gradually assembled so that the lighting fixture would be perfectly submerged.
The lighting fixtures are made of 4 mm thick wood of the "poplar" type, which were cut by laser cutting.

We created a series of five lighting fixtures, all of which have the same base, while the covers, "lampshades" vary in color, design and size. The lampshades were produced by 3D printing in PLA material in different colors.


The lampshades we created choose interesting and free geometric shapes, which finally produce an interesting and varied play of light and provide the lighting body with a modern look that upgrades the interior space and creates a special atmosphere. . We chose the color black in order to be neutral and suitable for everyone.

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The project was a complex thought and planning challenge.
Between the initial idea when we received the assignment and the finished product, we went through many design changes in order to maximize the idea and execute it in the highest quality manner.
We appreciate the project in a complex and interesting way that includes the use of several production methods and knowing how to combine them in an aesthetic and youthful way, so that it can be used by us as architecture students in everyday life. Along with the final product, we learned a lot about manufacturing a product starting from an idea, process and execution.

PROCESS

lilian Khoury       Orel Damri        Nissim Pertz

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