The purpose of this project was to capture an egg in a way that utilized a combination of 3D printing and traditional molding techniques. The goal was not only to create a visually interesting and unique design, but also to explore the concept of containment and connection.
To begin the project, I first created a 3D model of an egg using Fusion 360. The model was based on an actual egg, but I made a few modifications to allow for easier printing and molding. I then printed this model using a DLP printer, which uses a light source to solidify a liquid resin.
Once the print was complete, I then created a two-part mold using Silicone RTV. This allowed me to easily replicate the egg shape and create multiple copies. To cast the egg, I first mixed a two-part resin and poured it into the mold. Once the resin had cured, I removed the mold to reveal a perfect egg shape.
At this point, I began to experiment with various methods of containment and connection. One of my initial ideas was to create a cage-like structure using wire or string, which would both contain and connect the egg. However, I quickly realized that this would be too difficult to achieve with the materials I had available.
Instead, I decided to focus on creating a structure that would be more abstract and less literal. I began to experiment with different materials and techniques, searching for a way to capture the essence of containment and connection without being too literal.
One technique I used was to wrap the egg in a material called Worbla, which is a type of thermo-plastic that becomes moldable when heated. I then shaped the Worbla around the egg, creating a semi-rigid exterior that both protected and connected the egg.
Another material I experimented with was wire mesh, which I used to create a delicate, web-like structure around the egg. This structure both contained and connected the egg, creating a unique and visually interesting design.
Ultimately, I decided to use a combination of these techniques to create my final design. I first wrapped the egg in Worbla, creating a protective shell. I then created a web-like structure around the shell using wire mesh, which both contained and connected the egg.
The result was a visually striking design that captured the essence of containment and connection in an abstract and unique way. The use of 3D printing and molding techniques allowed me to create multiple copies of the egg, allowing me to experiment with different designs and techniques until I found the perfect balance of form and function.
Overall, this project was a great learning experience for me, as it allowed me to explore the many different ways in which 3D printing and traditional molding techniques can be used to create unique and visually interesting designs. I look forward to continuing to develop my skills and explore new techniques and concepts as I progress through my studies at Loughborough University School of Art and Design.
Posted by NormanJWright on 2009-10-04 23:26:08