Sphere Cell Lamp
By
Abdulaziz Aldakak
The Concept Thesis
Sphere Cell Lamp
Its structure project is made in 3D to stabilize the texture and has a gelatinous material of different textures attached to it (tissues such as spider webs or human cells and many others).
The gelatinous material is an alternative to plastic and can be recycled and created something else from it.
Inside the project there is a light, which makes it a lamp to be placed on the office and at home for lighting
Bee hives
Leaf tissue
Human cells
Leaf tissue
Red cabbage texture
Plant tissue
Spider web pattern
The Texture Mood Board
Texture Drawing Experience
Precedents Research
Inspriation Mood Board
Idea Explanation
Brainstorming & Idea Sketches
Origin Point of Idea
Rhino 3D Model for 3D Printing
The Object's Main Structure
Rhino Model
Prusa Slicer
Sketch Mock-up Evolution
1
2
3
Lo-fi Model as Corrugated
One Step Improved
Hi-Fi Model
The Project's Recipe
3D Printed Pieced
Final Biodegrable Product Design
Bioplastic
Coloring the Gelatinous material after pouring
Cell texture tray with bıoplastıc colouring material experiments
Some Biodegradable Gelatinous substance
Cell texture tray and colored bioplastic mold results
The Diagram Of Biodegrable Product Design
The Sphere Cell Lamp is designed as a spherical lighting unit, composed of three interlocking segments that fit together like pieces of a puzzle. Each segment can be envisioned as resembling an orange slice. The outer surface of one segment is hollowed out and replaced with a translucent, bioplastic material that mimics the texture of fabric, allowing it to function as a light-diffusing material.The design incorporates three distinct textured shadow patterns, achieved by creating “human cell-like” structures during the bioplastic molding process. This unique approach transforms the lamp into a one-of-a-kind shadow-casting lighting element. The spherical form is designed to gently wobble when placed on a surface, making it a dynamic and visually engaging lighting unit for any tabletop.