
Photo
Daniela Trost
Tinted Ray is a flexible and floral-inspired structure designed to adjust the prevailing lighting conditions in open workspaces to indi-
vidual needs without affecting those of others.
Light intensity and light colour have different
effects on our mental health and bodies.
In most working environments, people work
under lighting conditions that do not meet
their individual needs. While some prefer
bright, cool, or colourful light, others may
favour a dimmer and warmer atmosphere.
Tinted Ray responds to these differing needs
by allowing users to independently control
their lighting conditions at the workplace
without disturbing the needs of others.


Screen-printed fabric acts as an analog filter, adjusting the color of the light and dimming its intensity. By altering the light only from the user’s perspective, it allows individuals to adapt their lighting conditions to their personal needs without affecting those of others. It creates a privat space without being isolating. It is primarily used in coworking spaces and workplaces where the light source can not be adjusted individually.
The overall orientation and curvature of the structure are adjusted by tensioning the fibreglass rod, which is connected to a sandbag with a thin wire cable. Three self-locking clamps hold the fabric in the desired position. By pushing, sliding and releasing, the fabric can be adjusted intuitively. Finally, a helix-like twisting movement allows the light to be adjusted from an additional perspective.






Resource efficiency is considered throughout design by minimizing material consumption and limiting the number of different materials used. All components are connected exclusively by plugging or clamping and can therefore be separated from one another. This simplifies assembly and disassembly, allows flat pack and ensures the ability to separate the different materials at a later stage is already taken into account. The sandbags are filled on site, thereby avoiding additional transport weight. The fabric can be removed, washed, and then reattached to the structure.