Additive Manufacturing Strategies

3D Printed Venus de Milo: Has the Mystery Finally Been Solved?

ST Medical Devices

Share this Article

venus-de-miloThe Venus de Milo, an enigma carried down through the ages, has given us plenty to speculate about. Considering the imagery and scenarios that have been woven regarding the direction of her gaze—and arms—one might consider it better that it was left up to the imagination, as we have such a rich tapestry of proposals considering what she was doing.

If you want to see her, it will take a trip to the grand city of Paris, as she is housed in the Louvre, permanently on display there. Although the much discussed statue was created circa 100 BCE, her name as we know it was created upon her discovery on the island of Milos. Found by a peasant who came upon ancient ruins in 1820, the Venus de Milo was found within, in two pieces, her arms missing. Since then, the placement of her limbs and hands has become the stuff that indeed legends are made of, with many storytellers and artists going to great lengths in theory.

images (3)

Virginia Postrel

With the general consensus being that there is no consensus, once again we’ve taken the matter of her gesture and attention into our hands, but armed with new technology. Writer Virginia Postrel, struck by the ongoing theme of the idea that the statue was perhaps sculpted to be engaged in the activity of spinning thread, decided it was worth checking it out in 3D.

First, she had to find a technical artist skilled in and worthy of recreating such a piece revered by the world. Enter one Cosmo Wenman, a San Diego designer and artist who is dedicated to the idea of museums and possessive entities allowing public access to 3D scans of famous artworks so that they can be transformed imaginatively. (It’s not such a far-fetched idea, and we’ve reported on it being done in small doses, in other museums overseas.)

Wenman is more than just a talented and engaged artist, as he is already somewhat famous for working on similar projects, including a previous 3D capture of Venus. But could he recreate her as a spinner? The idea that she would have been spinning thread prevailed as it would have been realistic during her time, and both the set of her body and direction of her gaze suggest it as a workable theory for the original artist’s work.

3D print of Venus de Milo Spinning Thread, left, and computer renderings of original 3D scan of Venus, missing her arms.

3D print of Venus de Milo Spinning Thread, left, and computer renderings of original 3D scan of Venus, missing her arms.

After several different tries, working with a digital anatomist, Wenman was able to make a 3D model which they then had 3D printed through Shapeways. The end product was a tabletop 3D printed model that suggested perhaps, just perhaps, she was indeed spinning thread. Theorizing on material brought him to an interesting conclusion, however.

“Maybe she lost her arms,” he quipped, “because some dope did, in fact, put a 30-pound marble ball on the top of the distaff, and 20 pounds of extra weight from a solid marble spindle hanging on her right arm.”

Choosing some more suitable materials for the tabletop piece, Wenman used lightweight painted wood for the tools and a gold chain for her thread, creating a stunning contrast against the white statue, catching our attention with such a stunning modern twist of color.

While multiple scholarly theories still clearly abound for what Venus de Milo was truly engaged in, as Postrel states, “…the replica demonstrates plausibility.”

We may see more of this idea where classic artworks are transformed, filling in missing limbs or body parts that have been missing for ages—or altogether changing things the way we see fit. While without permission or formal release of files, sometimes this type of artwork can send many into a flurry over intellectual property and copyright laws, no one can debate that with 3D scanning, digital design, and 3D printing, we can put a new spin on many of the classics. They obviously can’t be replaced, but it’s often provocative for the viewing public—which is the whole point of art, often—and generally pays homage to the original art piece no matter the public perspective.

What are your thoughts on missing limbs of the Venus de Milo? Does the 3D printed version sway you one way or the other? How do you think re-creation of classic artwork with 3D printing will be accepted over time? Discuss in the 3D Printed Venus de Milo forum thread over at 3DPB.com. Below is a look at the 3D render for Shapeways.

[Source: slate.com]

 

Share this Article


Recent News

3D Printing Supersonic Jet Factory to Be Opened by Boom in NC

Connecting the Dots: End-to-End AM Software For Empowered Workflows



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

Featured

AMS 2022 3D Printing Event: Early Bird Registration Ends January 19th

In less than two months, Additive Manufacturing Strategies, the 3D printing summit co-hosted by 3DPrint.com and SmarTech Analysis, will return as a hybrid event March 1-3, 2022. While last year...

3DPOD Episode 90: 3D Printing Software and Supply Chain Management with Authentise CEO Andre Wegner

Authentise is the developer of a manufacturing execution system (MES) software package that helps businesses manage their 3D printing fleets. With Authentise, you can track your prints and batches, as...

2022 Predictions: 3D Printing Software Experts Weigh in

Software is moving into the driving seat as the competition heats up. More startups and market entry by large companies is broadly predicted. Still, as a user, I have to...

Authentise Partnerships Signal Maturation of 3D Printing

In two separate announcements, Authentise has told us that it has partnered with Riven and Solukon. Authentise develops manufacturing execution system (MES) software aimed at managing and optimizing your 3D...


Shop

View our broad assortment of in house and third party products.