Pulpform
In Pulpform, 3D printing is a tool that becomes a material. We use custom toolpaths to fabricate 3D printed armature that function as the mesh for water screening paper pulp. By varying the size of the mesh cells, we were able to control where paper fibers deposit and entangle with the 3D printed armature. We then used Pulpform as designers-makers and developed a range of applications based on real world scenarios—including masks for performing arts, air flters, and sensing origami.
In the paper, we reflect on the development of Pulpform and discuss the emerging perspectives that we formed around tools for making, as well as the qualities of “paperness” and “frugality” that guided our work.
Qian Ye
Chixin Zhang
E Ian Siew
Ching-Chiuan Yen
Clement Zheng
Assistants
Vina Setiawaty
Hor Junjie
In the traditional water screening technique, a wooden frame holds a mesh to capture suspended fibers. In this research, we explored how 3D-printed armatures could be used to screen paper pulp. We investigated and adapted the traditional paper screening method and tools to accommodate these 3D paper composite geometries.
Applications
We designed and built a range of applications to showcase Pulpform, showcasing its possibilities for interaction and product design.
3—Interactive Crane
4—Mask
5—Vessel