- 3D Scanners
- 3D Software
- 3D Scans
- About Us
A life-size model made with the Shapify Booth has been printed out in France
By Debra Thimmesch for 3dprint.com
When French 3D design company set up its booth near the space at the last October, one young designer with Le FabShop, Samuel N. Bernier, could not resist collaborating with the neighbors. Le FabShop is a major distributor of Makerbot 3D printers and scanners in France, organizes Maker Faires, and provides retailers such as the upscale gift shop at the Versailles Palace with high-quality 3D printed objects such as architectural models. Shapify, a branch of , the 3D scanner manufacturer, has begun setting up 3D scanning photo booths in Europe, the UK, and the US. The booths allow users to create full-body 3D scans and then 3D prints of the scanned subjects. In short, they are 3D photo booths.
Le FabShop’s young maker saw an opportunity to combine the resources of Le FabShop and Shapify to pay homage to his unnamed fiancée. While he wanted to use the 3D photo booth to create a model, which he could print in his company’s booth using a MakerBot printer, he confessed, “I already had about a dozen miniatures of myself.” He decided instead to create a life-size, 3D printed model of the young woman to whom he had recently proposed marriage — a romantic gesture, if not a bit “creepy” (his words), particularly as the finished model is a ghostly, uniform white.
Thankfully, he not only decided to create the life-sized fiancée, he also shared his design and process with us all. If you’re so inclined, you can follow Bernier’s steps to set your own love on a (literal) pedestal by 3D printing the love of your life — it’s all on .
In the course of creating the 3D full-body scan in the Shapify photo booth, the designer had some helpful advice to offer for future photo booth users:
Once Bernier had accomplished the 3D scan of his fiancée, he used a 3D modeling program to refine the image. He suggests using or Meshmixer (the former can be purchased and the latter can be downloaded free of charge). As the goal was to print a life-size model, the 3D designer used the cutting tool in the modeling program to slice the object into segments to be printed separately. The segments were sized according to the capacity of the 3D printer; that is, they were as large as the printer could accommodate.
The completed statue, printed in parts, weighed about 20 pounds and took approximately 500 hours to print, so there’s a substantial time and materials commitment involved in creating life-size objects. As the finished statue is for display only and does not need to be particularly durable, it makes sense to limit the infill — they used 2 and 3% infill.
Once the printing was accomplished, the Le FabShop team assembled the separate segments of the figure… granted, they hit some snags in the process (quickly learning, after a few broken pieces that needed to be reprinted, not to use double-stick tape), but ultimately used strong silicone glue and mounted the statue of Bernier’s fiancée on a wooden stand. This adds to the time commitment, as the glue takes around 12 hours to cure completely, but Bernier assures that using the right material “is worth the wait.”
It is a somewhat eerie — and amusing — tribute to the young maker’s future wife and might only have been surpassed in peculiarity by a 3D model of him on bended knee proposing to her.
Would you want to immortalize — or be immortalized by — your love? Is a life-sized, exact replica “creepy, but cool,” as Bernier suggested? Let us know what you think! Check out the thread at 3DPB.com.
Using 3D scanning, figurative artist Inigo Gheyselinck has created amazingly realistic wooden statues of Swiss historical figures for the #WOODVETIA campaign, launched by the Swiss forestry sector to promote the use of Swiss wood.
A research group in Belgium is boosting the capabilities of powered exoskeletons by customizing their design with the help of 3D scanning, CAD and 3D printing.
Scientists at the University of Luxembourg’s Interdisciplinary Centre for Security, Reliability and Trust (SnT) are working on the next breakthrough in 3D scanning technology, and they need volunteers.