Anouk Wipprecht has created a new dress that is 3D printed and has the ability to read your mind.

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Dutch FashionTech designer Anouk Wipprecht has once again captivated the world with her innovative creations. This time, she has unveiled a mind-controlled dress that is as mesmerizing as it is functional. The dress, called the ScreenDress, was recently showcased at the Ars Electronica Festival in Austria and has garnered widespread attention for its unique design and capabilities.

The ScreenDress is embedded with screens that are connected to a brain-computer interface. This interface allows the dress to measure the wearer’s cognitive load, which is essentially the amount of information that the brain can process at any given time. By visually displaying the wearer’s cognitive load, the dress offers a unique way to communicate and express one’s mental state to others.

Wipprecht explained that the inspiration behind the dress was to address the mental health crisis that the world is currently facing. “We’re used to hiding our stress,” she said. “But what if we could express the stress instead, and the rest of the world could adapt to our mental state?”

To create the ScreenDress, Wipprecht used PTC’s Onshape cloud-native product design and development platform. This platform allowed her to utilize various design capabilities, such as generative design and rendering, to bring her vision to life. The dress pieces were then 3D printed using HP’s industrial Multi Jet Fusion 5420W system.

The dress features a sculpted neckpiece with six round displays that resemble eyes. These displays serve as visual representations of the wearer’s cognitive load. The neckpiece is connected to a 3D printed BCI headset, developed in collaboration with g.tec, a neurotech company. This headset tracks the wearer’s brain waves and uses machine learning to determine their mental load in real-time.

One of the most captivating aspects of the dress is how the displays react to the wearer’s mental state. When the wearer is mentally overloaded, the pupils on the displays dilate wider and wider. Conversely, when the wearer has a reasonable cognitive load, the pupils constrict. This visual representation allows others to understand the wearer’s mental state without the need for verbal communication.

Wipprecht’s goal with designs like the ScreenDress is to explore the possibilities of connecting technology and fashion in new and meaningful ways. She believes that by merging electronics, robotic design, and wearable interfaces, we can create garments that not only look stunning but also have the ability to communicate and trigger important dialogues.

The ScreenDress is a remarkable example of how fashion and technology can intersect in a powerful and thought-provoking way. It challenges our perceptions of what clothing can do and opens up exciting possibilities for the future of wearable technology. As Wipprecht continues to push the boundaries of fashion and technological innovation, we can only imagine what groundbreaking creations she will unveil next.

The ScreenDress: Fashion as a Tool to Navigate Daily Stress

When it comes to merging fashion and technology, Dutch fashiontech designer Anouk Wipprecht is a true pioneer. Known for her innovative creations that blend cutting-edge technology and avant-garde fashion, Wipprecht’s latest masterpiece, the ScreenDress, is a perfect example of her ingenuity.

Part of the HP Jet Fusion 5400 Series, the ScreenDress showcases a streamlined 3D printing workflow that offers automated materials mixing, a natural cooling unit, and an enclosed processing station. However, what sets this dress apart is not only its technological features but also its capability to visually represent the wearer’s cognitive load.

Wipprecht’s creativity shines through in the design of the dress. If she had wanted a colorful dress, she could have utilized products from companies like DyeMansion to dye the neckpiece and its connected eyes. However, she chose to utilize HP’s new HR 3D PA12 W material, a type of nylon that ensures high-quality, functional, and white parts. Wipprecht’s decision was not only driven by aesthetics but also practicality. She appreciated the lightweight nature of the 3D printed parts and was particularly impressed by their long-lasting whiteness and stability over time. “The prints stay consistently white and have a nice light refraction and great strength,” she said.

But the true essence of the ScreenDress lies in its machine learning software, which powers the eyes on the dress. When a wearer first puts on the dress, they undergo a brief two-minute training session. The software then adapts to accurately estimate and represent the wearer’s cognitive load. Imagine if you could visually display your stress level to others, making it evident when you need a break or some respite. Wipprecht envisioned the ScreenDress as a tool to help navigate the various stresses of daily life, providing a visual cue to others that you may not be the best person to take on another task at that moment.

Excitingly, the ScreenDress will be presented during the Brain Bar in Budapest from September 21-22 and showcased at the Eindhoven Maker Faire from September 23-24, offering an opportunity for fashion and tech enthusiasts to experience this innovative creation firsthand.

As the 3D printing industry continues to evolve and push boundaries, it is essential to stay up-to-date with the latest news and developments. By doing so, you can explore the possibilities of this ever-growing field and potentially discover new avenues for merging fashion, technology, and functionality.

Sign up for our newsletter to receive information, offers, and insights from third-party vendors, ensuring you stay informed and connected to the exciting world of 3D printing. Remember, fashion has the power to transcend traditional boundaries and be a catalyst for groundbreaking inventions like the ScreenDress.

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