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P1™
Structure
Cladding, Magnetix™ Ball Joint, Threaded Rod
Material
Acrylic, MDF, Stainless Steel, Aluminium
Finishing
Paint, Melamine, PP, Veneer, etc.
Front Surface
Melamine, PP, Wood Veneer, Paint, etc.
Standard Thickness
9mm, 12mm, 15mm
Shape
Voronoi
Edges
Unfinished, Edge banding, Paint
Mounting Mechanism
Magnetix™ Ball Joint, M6 Threaded Rod
Eco-Friendly Test
EN 13986, E1
Fire-Rated Test
EN 13501-1 : Class B, s1 d0
Acoustics Test
Refer to Specifications
Designer
Claressa Quek
P1™ is prototype no.1 created at AntiCAD and is based on a Voronoi diagram.
A curved surface is mapped with a Voronoi diagram and planarized. The planarized surfaces are laser cut onto brightly colored wood or acrylic sheets and laminated with a finish of choice. The vivid colors are revealed at the edges of the planarized surfaces.
A neodymium magnetic receiver is attached the base of the surface to couple with a neodymium threaded ball. The magnetic ball receives an M4 or M6 threaded rod that is secured to a base board for mounting.
Download Specification Sheet PDF
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Claressa Quek, Designer of P1™
Claressa is a Materials Science and Engineering graduate from NUS. She was a student researcher from NTU and NUS, topics ranging from 3D simulation to nanotechnology for cancer treatment.
Frequently Asked Questions
P1™ is prototype no. 1 created by AntiCAD™ and is based on a Voronoi diagram mapped onto a curved surface. It is part of AntiCAD™’s exploration of parametric design and computational geometry applied to architectural panels. The design is laser cut and planarized to showcase vivid edges and intricate patterns.
P1™ panels are made from materials such as acrylic, MDF, stainless steel and aluminium, and can be finished with melamine, polypropylene, wood veneer, paint and other options. This flexibility allows the panels to be tailored to different aesthetic and performance needs.
P1™ uses the Magnetix™ ball joint system combined with an M6 threaded rod for mounting. A neodymium magnetic receiver attaches to the base of the panel and couples with a threaded ball, allowing secure installation on walls or ceilings.
Yes. P1™ undergoes eco-friendly testing under EN 13986 E1 standard and fire rating under EN 13501-1 Class B s1 d0, making it compliant for use in interior architectural applications where safety and low emissions are priorities.
P1™ uses computational design techniques to map a Voronoi pattern onto a curved, non-developable surface, then planarizes it for fabrication. This workflow (often done with tools like Rhino 3D models and Grasshopper Rhino) illustrates how parametric design in architecture can influence both form and function in architectural components.