Dutch fashion designer Anouk Wipprecht has revealed a futuristic 3D-printed dress that reacts to its surroundings with LED lights. This dress, created in collaboration with Chromatic 3D Materials, a 3D-printing technology company, is one of the first to include electronics within 3D-printed materials. It gives us a glimpse of how technology and fashion can blend in the future.

The partnership between Wipprecht and Chromatic demonstrates the connection between fashion and technology. The dress uses sensors in the collar and about 75 flexible LED lights that are 3D-printed into the dress. You can change the colors of the lights to match your mood or the setting. Despite its futuristic look, it's easy to wear, wash, and maintain.

Wipprecht explains that her dress doesn't just light up; it also interacts with people through LEDs, making them smile. This creation shows how technology can be used in a positive and meaningful way. It's also a testament to the quality of Chromatic's 3D materials and printing technology, allowing designers to embed electronics securely in the printing process. Chromatic's materials are both flexible and strong, making this dress wearable and washable.

Wipprecht's innovative dress showcases the practical side of flexible 3D-printable materials, which are relatively new in the world of 3D printing. Unlike other rigid 3D-printed fashion, this dress can move easily because it's made from ChromaFlow™ 70, a flexible rubber-like material called an elastomer. This type of material has potential for everyday clothing, activewear, and intimate apparel. The dress also demonstrates how 3D printing with Chromatic's elastomers can protect embedded electronics with waterproof casing.

Cora Leibig, the founder and CEO of Chromatic 3D Materials, sees their collaboration with Anouk as a significant step towards the future of fashion. By combining Anouk's creativity with their innovative 3D printing, they are setting new standards for the fashion industry. This partnership explores the endless possibilities of blending technology, textiles, and clothing, including wearable art and 3D-printed clothing for everyday use.