GyFoam
Application Projects
We are currently improving and developing new applications. Subsequently, all models, code, parameters, and other information will be displayed on each project's subpage.
To illustrate the potential of GyFoam technique for prototyping and tangible interaction, we designed and produced several applications: large-scale products, soft tangible interfaces, and wearable products with Gyroid structure.
The expandability of GyFoam make it an ideal choice for creating large-scale products. Users can produce products that exceed the size limitations of conventional 3D printers.
A pillow with gradient stiffness zones for customized head and neck support. Users can adjust Gyroid parameters to achieve different firmness levels for personalized comfort.
Based on the Stanford Bunny, we used GyFoam method to create a larger-scale bunny sculpture. The Gyroid structure also adds potential aesthetic value to the bunny.
The silicone material used in GyFoam gives it unique potential and advantages in flexible interaction, making it an ideal choice for soft tangible interface design and prototyping.
We created an interactive soft lampshade. Compared to traditional rigid lampshades, it offers natural and comfortable interactions, allowing users to control brightness and color through touch and squeeze gestures.
We created a modular gaming keyboard. Users can replace keys with different pressing resistance based on their comfort and needs. All keys are created through simple geometries via expansion or 3D deformation.
Products made through GyFoam method feature breathability, lightweight construction, and high energy absorption, making them ideal for wearable applications.
Using our proposed stiffness and morphing control strategies, users can customize the shape and stiffness of midsoles. For Makers, we provide a new technical approach of personal fabrication of shoes.
Using morphing control strategies, we developed a personal fabrication approach for kneepads that can transform from flat to knee-fitting shapes. The flexible material and Gyroid structure provide excellent energy absorption and impact protection.