$41.24 Filament 1.75Mm 1Kg Black Abs.1 KG (approximately 2.20 lbs) Spool1.75mm Filament Diameter (Dimensional Accuracy +/- 0.05mm)ABS (acrylonitrile, butadiene and styrene) 3D Printer Filament
Domingar costume 3D printed by Diverte
These days, styles of dress are pretty homogenized across the world. Sure, there are still variations based on culture or religion, but compared to prior centuries, we modern humans tend to clothe ourselves pretty similarly to each other. Thanks to globalization and the dominance of multinational brands, it’s no surprise to find the same shirt or pair of shoes on individuals in China, the US, France, Brazil, etc. A kind of global standard has developed for certain kinds of clothing, too – the business suit, for example, is pretty universally accepted as what people wear for business occasions.
Traditional clothing styles still persist alongside jeans and suits in many countries and regions – India comes to mind, for example – but some countries no longer differentiate themselves too much from others in terms of apparel. That doesn’t mean that traditional dress – or traditional music, food, or customs – is forgotten, though. The preservation of cultural heritage is a priority for many countries and cultures, and the beautiful clothing of past centuries frequently makes appearances at festivals and in exhibits.
The Museu Nacional do Traje (National Costume Museum) in Portugal is dedicated to the preservation and display of Portuguese fashion from the 18th century to today. Portuguese 3D printing company Diverte has taken on a project to preserve the country’s historical dress in a different way, though – by 3D printing it. The Printed Traditions project utilizes 3D scanning and printing to create detailed representations of the traditional fashion of one region in particular: Viano do Castelo, where Diverte is based.
3D printed costumes on exhibit at the Costume Museum
Meticulously designed, printed and painted, the costume-wearing figurines created by Diverte have just been officially certified as national cultural heritage and are now part of Museu Nacional do Traje’s permanent exhibition. They can also be purchased – from the museum, from Diverte’s shop or from their online store on Facebook. The company also offers a customization service, in which customers can order figurines of themselves in traditional dress. If you’re interested, there are a couple options – the company can scan your face into one of their 3D models, or you can actually go to one of their facility, dress in costume, and have a full-body scan taken and used to create a 3D print.
Currently, Diverte is offering 3D prints of five different types of traditional costume:
- Traje de Domingar (Domingar Costume) was the “Sunday wear” of women for going to church, into town or for small household chores that wouldn’t get their clothes dirty. Nicer than typical work clothes, it was still simpler than more formal wear
Traditional wedding wear
- Traje Mordoma (Mordoma Costume) was more formal wear for young women chosen to assist in ceremonies or festivities
- Traje à Vianesa/Traje de Festa de Homem was the beautifully embroidered “party wear” for people of the region; Diverte offers the styles of both men and women
- Traje de Ceifeira/Ceifeiro, which roughly translates to “Combine and Reaper costume,” was worn by workers in the field
- Traje de Noiva/Noivo is the traditional dress of brides and grooms
All of the costuming is stunningly beautiful, though my favorite is the black and gold, beaded wedding wear. The 3D printed replicas are amazingly detailed, capturing the intricate beading and embroidery and even the different fabric textures. Each figurine is available in four different sizes and can be hand-painted by local artisans. You can learn more about the project here. Discuss further over in the 3D Printed Costumes from Portugal forum at 3DPB.com.
Press Trust of India | Boston August 27, 2016 Last Updated at 16:42 IST
Copy tiny URL to save and share articles.
Scientists have 3D printed structures that “remember” their original shapes – even after being stretched, twisted, and bent at extreme angles – an advance that may lead to shape-changing solar cells and drug capsules that only release medicine when they detect fever.
The researchers from Massachusetts Institute of Technology (MIT) in the US and Singapore University of Technology and Design (SUTD) were able to print micron-scale features as small as the diameter of a human hair.
The structures – from small coils and multimaterial flowers, to an inch-tall replica of the Eiffel tower – sprang back to their original forms within seconds of being heated to a certain temperature “sweet spot.”
Nicholas X Fang, associate professor at MIT, said shape-memory polymers that can predictably morph in response to temperature can be useful for a number of applications, from soft actuators that turn solar panels toward the Sun, to tiny drug capsules that open upon early signs of infection.
“If we can design these polymers properly, we may be able to form a drug delivery device that will only release medicine at the sign of a fever,” said Fang.
The process of 3D printing shape-memory materials can also be thought of as 4D printing, as the structures are designed to change over the fourth dimension – time, said Qi Ge, now an assistant professor at SUTD.
“Our method not only enables 4D printing at the micron-scale, but also suggests recipes to print shape-memory polymers that can be stretched 10 times larger than those printed by commercial 3D printers,” Ge said.
“This will advance 4D printing into a wide variety of practical applications, including biomedical devices, deployable aerospace structures, and shape-changing photovoltaic solar cells,” he said.
The research was published in the journal Scientific Reports.
(This story has not been edited by Business Standard staff and is auto-generated from a syndicated feed.)