Metal Spinning Lamp by Muneji Toh Architects (Japan)

Sep 2

We created a lamp using the metal spinning technique. Metal spinning is a processing technique that uses a special machine to transform a sheet of metal into a three-dimensional shape. We applied this metal spinning technology to the design of lighting fixtures. We used " 7 processing techniques", including various processing techniques and new challenging techniques, in order to create a special lamp. Through these " 7 processing techniques ", we will explore the possibilities of a metal spinning lamp.

Project Summary – Metal Spinning Lamp

Concept:
The project explores the possibilities of metal spinning, a processing technique that transforms a sheet of metal into a three-dimensional form using specialized machinery. This traditional yet versatile process has been reimagined in the design of lighting fixtures.

Design Approach:
To create a distinctive lamp, seven processing methods were applied, blending traditional craftsmanship with experimental techniques. Each process reveals a distinct aesthetic potential of metal, ranging from the beauty of raw materials to advanced visual effects.

The 7 Techniques:

Plain – Showcases the natural beauty of metals in their unaltered state, allowing the material’s surface quality to shine.
Aburi – Utilizes heat to bring out the latent qualities of metals, creating striking colours and patterns.
Twist – Introduces a three-dimensional texture on the surface through rotational manipulation.
Aging – Creates an antique or weathered look by accelerating the metal’s natural aging process.
Dyeing – Applies a specialized technique to imbue metals with unique, vibrant colours.
Perforated – Employs advanced technology to bend perforated metal sheets into new forms, offering light play and texture.
Layer – Layers of sheets of processed metal, stacking them into varied and sculptural lighting forms.

Outcome:
Through these seven processing techniques, the project demonstrates the expressive range of metal spinning — from minimal elegance to experimental surfaces — and highlights how traditional industrial processes can evolve into contemporary design language.

A3 Panel;