190354/3d-printed-fashion-art-exhibition
AMS X

Designer Uses Sustainable 3D Printing in Recent Exhibition Blurring the Lines Between Fashion and Art

Formnext
RAPID

Share this Article

My wedding dress was so beautiful, I was almost afraid to touch it, much less wear it. Have you ever seen a piece of clothing, or jewelry, and thought that it was so striking it was an actual work of art? Thanks to innovative 3D printing technology, it’s not uncommon these days to see unique pieces of fashion that are so intricate and complex they almost belong in a museum.

Italian designer Simone Leonelli, with the W230studio in Perth, West Australia, often uses 3D printing to make his pieces. Last month, Leonelli had a 3D printed fashion exhibition on display at the Perth Institute of Contemporary Arts (PICA) as part of the Telstra Perth Fashion Festival that blurred the lines between fashion and art.

“It is a ‘Fashion Total Look’ made by a desktop 3D Printer in order to push the boundaries of this process,” Leonelli told 3DPrint.com. “To summarise, this project is an exploration of fashion through the use of computational design and high-tech tools. In this instance, the fashion objects should be understood as architecture or as a design experiment.”

The 3D printed fashion pieces – including shoes, a dress, and a bag – in the futuristic “Blurred Boundaries” exhibition were fabricated on an FDM desktop 3D printer, so that Leonelli could really “push the boundaries of open source tools.”

Leonelli told Perth Underground, “The pieces on display resemble cell skeletons like Radiolarians and Diatoms; it just reminds you the beauty of the sea.”

The designer used both hardware and software to turn his unique design goals into reality. Rather than actual pieces of clothing a person could feasibly wear, he explained that the designs “should be understood as architecture or as a design experiment.”

“The designs have been inspired by biological structures such as mineral cell skeletons, and the complexities were created with the help of computational design processes,” Leonelli told us. “The forms are not driven by imitating nature specifically, instead they are human interpretation of the way in which nature designs itself.”

The exhibition as a whole is an exploration of biological structures, fashion, and technology. Leonelli used biodegradable PLA material, a bioactive and renewable thermoplastic, for most of the 3D printed parts, due to his passion for sustainable design.

“The potential of 3D printing is incredible, and when combined with the power of computational design the user will experience a very flexible and scalable technology,” Leonelli explained to 3DPrint.com.

He said that if he had used traditional methods of manufacturing, like milling or injection molding, instead of 3D printing, he would not have been able to produce the complex, non-standard shapes he was looking for.

“The beauty of working with these high-tech tools is the possibility of working without following a standard workflow or hierarchy. You can for example, create a design using the whole or part of the human body, and move back and forth through the workflow with 3D scansion,” Leonelli told us.

“You can even jump from one part of the workflow timeline to another with a great deal of flexibility and degrees freedom. 3D print manufacturing makes creative ideas simple to produce. It is currently one of the most efficient ways to transform design ideas into products.”

During Leonelli’s free exhibition last month, PICA’s education program, Spark_Lab, also set up some simple activities related to “Blurred Boundaries” so younger visitors would be able to appreciate the exhibition while also stimulating their curiosity and their creativity.

https://www.facebook.com/W230store/videos/1850098591681838/

[Images provided by Simone Leonelli]

What do you think of the exhibition? Discuss this and other 3D printing topics at 3DPrintBoard.com, or share your thoughts in the Facebook comments below.

 

 



Share this Article


Recent News

3D Printing Financials: 3D Systems Still Posting Losses, But Sees 2027 Tailwinds

The AM Production Gap Is Real. So Is the Progress



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

Sponsored

Beyond the Prototype: How TPM3D Is Putting Industrial SLS to Work on the Factory Floor

A structural component for an autonomous police patrol vehicle in Dubai went from weighing 27 kilograms to just four. Delivery time dropped from seven days to two. The component was...

AMPulse Asia: The Push to Scale Up 3D Printing

China’s latest metal AM investments, Japan’s new hybrid manufacturing systems, and Australia’s defense-related projects lead this edition of AMPulse Asia. The 12 stories also cover advances in single-crystal 3D printing,...

Kratos Buys an AMCM M 8K to Increase Its AM Capacity in Indiana

As is true concerning the growth of any market, increasing AM adoption happens primarily through industrial clusters, hubs of economic activity which harness and accelerate innovation. While Indiana may not...

Aurora Labs Raises A$6M to Scale 3D Printed Turbojet Production

Australian metal 3D printing company Aurora Labs (ASX: A3D) is raising A$6 million ($4.2 million) to expand production of its small turbojet engines for defense and aerospace customers. The financing...