Emily in Paris Embraces Future Fashion: The Iconic 3D Printed COMETE Handbag Steals the Scene
The highly anticipated latest season of Netflix’s hit series, Emily in Paris, has once again captured global attention, igniting conversations across fashion, culture, and even technology. Since its debut in October 2020, the show has consistently made waves, and the first half of its fourth season, released on August 15th, is no exception. Among the many discussion points swirling around Emily Cooper’s latest Parisian adventures, one particular accessory has truly stood out: a remarkable 3D printed handbag, known as the COMETE bag, prominently featured on screen.
Fashion lies at the very heart of this visually stunning show, a natural fit given its iconic setting in Paris, one of the world’s undisputed fashion capitals. The premise – an American marketing executive moving to the City of Lights to offer a fresh perspective to a French firm – provides a vibrant backdrop for an array of unforgettable outfits. Emily, played by the charismatic Lily Collins, consistently generates as much buzz for her sartorial choices as for her charming escapades. Her wardrobe is a bold mix of cutting-edge, adventurous, and undeniably chic looks, often pushing the boundaries of conventional style. While some might argue that her ensembles can lean towards the outrageous, it comes as no surprise that the show’s visionary costume department, under the expert guidance of Marilyn Fitoussi, has embraced innovation by incorporating a piece crafted using additive manufacturing into its collection. This decision highlights a growing trend where advanced technologies seamlessly integrate into high fashion, challenging traditional aesthetics and opening new avenues for creative expression.
The 3D printed COMETE handbag in the hands of costume designer Marilyn Fitoussi
Indeed, 3D printing has rapidly carved a significant niche for itself within the dynamic fashion world. Its versatility and potential for groundbreaking design have captivated designers and visionaries alike. From global music sensations like Rosalía, who have graced stages and red carpets in unique 3D printed garments, to sophisticated 3D printers meticulously engineered for the sector, such as the innovative solutions from Stratasys, the benefits of incorporating 3D technologies are becoming increasingly apparent. This adoption is driven by several compelling factors. Firstly, additive manufacturing offers an unprecedented ability to push creative boundaries, enabling designers to craft intricate geometries, elaborate textures, and custom-fit pieces that would be impossible or prohibitively expensive to produce using traditional methods. Secondly, it holds immense promise for making the fashion industry more sustainable. By allowing for on-demand production and reducing material waste, 3D printing can significantly lower the environmental footprint of fashion manufacturing. Moreover, the capacity to create truly unique, bespoke items, exemplified by the breathtaking works of avant-garde designers like Iris van Herpen, renowned for her architectural and often otherworldly creations, or the imaginative pieces by Lilach Porges, underscores the transformative power of this technology. The introduction of the COMETE bag on Emily in Paris adds yet another pioneering example to this rapidly growing list, notably marking what is, to our knowledge, the first instance of silicone 3D printing being showcased in such a prominent fashion context within mainstream television.
The COMETE Bag: A Collaboration of Fashion, Engineering, and Innovation on Emily in Paris
It’s important to recognize that the COMETE bag was not created specifically for its television debut; rather, it existed as a testament to avant-garde design and technological prowess long before its inclusion in Emily in Paris. This remarkable accessory emerged from a visionary collaboration between Laura Deweilde, the creative force behind the distinctive fashion house Incxnnue, and engineer Thomas Batigne from Lynxter, a leading provider of silicone 3D printing solutions. The bag itself is a harmonious blend of traditional luxury and cutting-edge manufacturing. It is primarily crafted from exquisite calfskin, providing a classic, tactile foundation. However, its truly unique character comes from the intricate 3D printed silicone flowers that adorn its surface, infused with grape anthocyanins – natural pigments that provide rich, deep colors and an eco-conscious touch. This entirely “Made in France” creation has been lauded as a masterful fusion of high fashion and industrial innovation, showcasing how advanced technology can elevate traditional craftsmanship. The result is a truly luxurious item that possesses a distinctly futuristic, almost spaceship-like aesthetic, making it an ideal statement piece for a show known for its bold fashion choices.
On the left, the red and black versions of the COMETE bag; on the right, a close up of the 3D printed elements
Laura Deweilde, the visionary creator and designer of Incxnnue, elaborated on the inspiration behind the COMETE bag, sharing insights into her creative process and the collaborative journey. “For this new creation, the idea was to work with more organic forms, drawing significant inspiration from floral motifs. Reflecting on a floral pattern I had previously modeled, I felt a strong desire to push the boundaries further in terms of creativity and experimentation. Collaborating with Thomas Batigne and the team at Lynxter allowed us to transform this exciting and innovative project into a tangible reality. With Lynxter’s advanced silicone 3D printing technology, merging the fluid, organic design elements with a more pure and architectural form presented a beautiful and intricate challenge. This challenge was successfully achieved for this creation, particularly through meticulous research and the careful assembly of this new bag. The synergy between design ambition and technological capability was key to realizing the bag’s distinctive aesthetic and functional elegance.” Her words underscore the delicate balance struck between artistic vision and technical execution, paving the way for a new generation of luxury accessories.
The intricate 3D printed elements, which define the bag’s unique texture and visual appeal, were meticulously produced using Lynxter’s sophisticated S300X – LIQ21 | LIQ11 system. This specialized silicone 3D printing technology allowed for the creation of delicate, yet durable, floral patterns that were then seamlessly integrated onto the luxurious calfskin leather design. This combination of traditional leatherwork and modern additive manufacturing showcases a powerful synergy, demonstrating how ancient crafts can be enhanced and reinterpreted through technological innovation. For those eager to own a piece of this future-forward fashion, the COMETE bag is available for purchase directly from Incxnnue’s official website HERE, with availability commencing from September 5th, 2024. Furthermore, interested individuals can delve deeper into the design philosophy and the manufacturing process of this revolutionary 3D printed bag, alongside a broader exploration of other innovative looks, by watching the comprehensive video presentation below.
The appearance of a cutting-edge 3D printed handbag in a globally recognized and trend-setting television series like Emily in Paris marks a pivotal moment for both the fashion industry and the broader perception of additive manufacturing. It elevates 3D printing from a niche industrial process to a mainstream, desirable element of luxury and style. This visibility has the potential to inspire a new generation of designers and consumers to explore the possibilities of technological innovation in fashion. What are your thoughts on a 3D printed handbag being featured so prominently in Emily in Paris? Do you believe this is just the beginning, and that we will see 3D technologies increasingly integrated into wardrobes and costume designs across more TV shows and films in the near future? We invite you to share your insights and predictions in a comment below or engage with us on our various social media platforms, including LinkedIn, Facebook, and Twitter! To stay updated on the latest breakthroughs and news in the world of 3D printing, remember to sign up for our free weekly newsletter here, delivered straight to your inbox. You can also explore all our video content and in-depth discussions on our dedicated YouTube channel, where we continue to cover the most exciting developments in additive manufacturing.
*All Photo Credits: Incxnnue