This project integrates digital technology with traditional craftsmanship, focusing on creating recycled paper products using custom-made 3D-printed molds. A unique method is used to shape recycled paper pulp into complex forms.
The project is based on research into traditional papermaking techniques, and incorporates ancient methods into modern designs. Manual papermaking involves pouring paper pulp onto a wire mesh, then allowing the water to drain and letting the paper set. I modified the process by using custom-made mesh molds for recycled paper production. The molds were 3D printed from plant-based biodegradable plastic (PLA). Developing the technique and tools involved overcoming material limitations, such as the size of the drainage holes, and the thickness of the mold, and ensuring that the dry paper could be removed without damage.
Throughout the project, I tested the feasibility of the mold creating method by designing and producing various objects. Each object was made with a different mold, and in some cases, I added additional materials to the pulp such as denim scraps, old book pages, and seeds. These additions gave each object unique and distinct qualities. For instance, I produced volumetric paper shells using three-dimensional molds. By using these special molds, this project demonstrates the potential for creating items from a variety of recycled materials and offers a sustainable approach to product design.
