Tiny Luxury: MSCHF’s 3D Printed Handbag Takes Miniaturization to a New Level

IMTS

Share this Article

Renowned for its unconventional, often satirical products that fuse art, technology, and capitalism in unusual ways, the Brooklyn-based internet collective MSCHF has unveiled yet another viral sensation that pushes the boundaries and creates conversation: the “Microscopic Handbag.” Designed to resemble Louis Vuitton’s OnTheGo GM monogrammed tote bag, this tiny 3D printed model is so small it can only be viewed under a microscope.

“Smaller than a grain of sea salt and narrow enough to pass through the eye of a needle, this is a purse so small you’ll need a microscope to see it,” said the group on an Instagram post unveiling the bag. “There are big handbags, normal handbags, and small handbags, but this is the final word in bag miniaturization. As a once-functional object like a handbag becomes smaller and smaller, its object status becomes steadily more abstracted until it is purely a brand signifier.”

The Microscopic Handbag by MSCHF is 3D printed. Image courtesy of MSCHF.

As the name suggests, the Microscopic Handbag is a diminutive tote bag with dimensions of 657 x 222 x 700 μm (micrometers), barely larger than a grain of sand. This minuscule accessory was crafted using a complex technique known as two-photon polymerization, a form of stereolithography commonly employed to create tiny mechanical biotech structures. The materials used in producing this art piece include photopolymer resin, a gel case to preserve the structure, and a microscope to facilitate viewing. As for the product’s display dimensions, they measure 30 x 16 x 8 inches (76.2 x 40.64 x 20.32 cm).

“It is the final word in bag miniaturization,” describes the brand. “Previous small leather handbags have still required a hand to carry them- they become dysfunctional, inconveniences to their ‘wearer.’ Microscopic Handbag takes this to its full logical conclusion. A practical object is boiled down into jewelry, all of its putative function evaporated; for luxury objects, useability is the angels’ share.”

Set to be auctioned at Pharrell Williams’ digital-first auction house and content platform JOOPITER in 8 Avenue Matignon, Paris, the minuscule handbag will be securely mounted beneath a microscope and sealed within a gel case. The public will have the chance to see the Microscopic Handbag in JOOPITER’s exhibit starting June 20 until 24, 2023. Worldwide bidding for this unique item opened on the “Just Phriends” platform on June 19 and will run until the 27th. Bidding starts at $15,000 but could run as high as $25,000.

The Microscopic Handbag by MSCHF needs a microscope for viewing. Image courtesy of MSCHF.

While the 3D printer manufacturer responsible for the Microscopic Handbag has not been disclosed, MSCHF likely collaborated with a company skilled in two-photon polymerization and microscopic scale printing. In this specialized sector, both Nanoscribe and UpNano are industry leaders, making them potential collaborators for this project. Nanoscribe, a German company, is renowned for its pioneering role in 2PP technology, creating high-precision 3D printers that fabricate structures at the micro and nanoscale. Its technology caters to various industries, including micro-optics, MEMS (micro-electro-mechanical systems), and life sciences. Similarly, UpNano, based in Austria, designs 2PP 3D-printing systems for industrial and academic research applications, focusing on high-resolution 3D printing at both the nanoscale and microscale levels.

Beyond Nanoscribe and UpNano, other companies are beginning to emerge in this niche field. Despite the technology being in its early stages of commercialization, Swiss startup Femtoprint has been making strides in microfabrication. Although 2PP isn’t its sole focus, it offers FemtoPrint technology to manufacture micro-devices capable of producing micro and nanoscale features.

The Microscopic Handbag by MSCHF needs a microscope for viewing. Image courtesy of MSCHF.

Known for their provocative and thought-provoking creations that often play with societal norms and consumer culture, MSCHF’s decision to create a tiny, microscopic bag is a play-by-play on consumerism and luxury branding, reflecting on how far people will go to own a designer product, even if it’s too small to use.

MSCHF has been behind famous bespoke projects like the “Birkinstocks,” a $34,000-plus Birkenstock-like shoe made from actual Hermes Birkin bags, the “88 Holes” art piece (a Basquiat painting cut into 88 bits), and “Finger On The App,” a mobile game where the last person to keep their finger on the screen wins a cash prize.

MSCHF’s “Birkinstock” (Birkenstocks made from destroyed Birkin Bags). Image courtesy of MSCHF.

However, the collective has stirred both admiration and controversy, having faced legal troubles due to its use of established brands in several projects. For example, Nike sued over the “Satan Shoes” project, where MSCHF collaborated with rapper Lil Nas X to modify Nike’s Air Max 97s. These modified shoes, which supposedly contained a drop of human blood in the soles, were sold without Nike’s permission, leading to a lawsuit in March 2021 for trademark infringement. Later Vans sued them over their “Wavy Baby” shoe, ​​a sneaker model similar to a Vans Old Skool.

Often treading the line of what is considered legal, MSCHF’s projects are never short of provocative artistic expressions. They blend art and commerce in ways that challenge traditional interpretations of intellectual property law. The brand’s hard-hitting marketing strategies and bespoke products have gained plenty of traction on social media and made its products desirable acquisitions for wealthy collectors. Who will buy the tiny Louis Vuitton 3D printed bag?

Share this Article


Recent News

Solidscape Sold to Investor by Prodways

3D Printing Unpeeled: BMF 510(k) & SprintRay Midas



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

Featured

Precision at the Microscale: UK Researchers Advance Medical Devices with BMF’s 3D Printing Tech

University of Nottingham researchers are using Boston Micro Fabrication‘s (BMF) 3D printing technology to develop medical devices that improve compatibility with human tissue. Funded by a UK grant, this project...

3D Printing Webinar and Event Roundup: April 21, 2024

It’s another busy week of webinars and events, starting with Hannover Messe in Germany and continuing with Metalcasting Congress, Chinaplas, TechBlick’s Innovation Festival, and more. Stratasys continues its advanced training...

3D Printing Webinar and Event Roundup: March 17, 2024

It’s another busy week of webinars and events, including SALMED 2024 and AM Forum in Berlin. Stratasys continues its in-person training and is offering two webinars, ASTM is holding a...

3D Printed Micro Antenna is 15% Smaller and 6X Lighter

Horizon Microtechnologies has achieved success in creating a high-frequency D-Band horn antenna through micro 3D printing. However, this achievement did not rely solely on 3D printing; it involved a combination...