Space Lucerna Mensae by Wang Jun is a highly esteemed winner of the very prestigious 2023 Praemium A' Design Award Ferreum in Designatio Luminarium Competition Category.

FerrumLuminaria· 2023

Space Lucerna Mensae

by Wang Jun

Praemium A' Design Award Ferreum Winner in Luminaria Category

12,341
Verified Award Winner
Verify Award Status for #147148

View at A' Design Award Press Release Award Badge

Colors

The Design

About Space Lucerna Mensae

Spatium est lucerna mensae ex superficiebus planetarum inspirata. Lucerna constat basi lucernae mensalis, tegumento sphaerico, et corpore lucernae OLED. Tegumentum arte vitri sufflati factum est, ita ut singula opera texturam superficiei singularem habeant, quae ex materiae densitate varia oritur. Lux duobus modis emittitur. Radius clarus per aperturam sphaerae transit et aream infra illuminat, dum textura translucida et inaequalis lumen molle diffundit. Spatium etiamsi non adhibetur, ut ornamentum quoque servit.

The Recognition

About the Praemium A' Design Award Ferreum

Space Lucerna Mensae victor est Praemii A' Design Award Ferreum, honoris amplissimi formis bonis dati, quae postulatis professionalibus et industrialibus ab creationibus bene formatis exspectatis satisfaciunt. Victores Ferrei magnam peritiam, altam specializationem, intellectum periti et facultatem creandi auctorum suorum ostendunt. Exspectatur Space Lucerna Mensae creationem multum aestimatam, admiratam et carissimam, practicam et novam fore. Haec forma Ferreo victa optimas industriae consuetudines integrat et proprietates technicas idoneas, cum scientia et talento coniunctas, habet. Space Lucerna Mensae ob diligentiam suam honoratur et ad vitae qualitatem emendandam formatum est, ut mundum meliorem reddere iuvet.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: This is a space-style lamp that consists of a table lamp base, a spherical lamp shade, and an OLED lamp body. It is suitable for various scenes and serves as a beautiful space decoration when not in use. The lampshade's surface coincides with a planet's surface, and the irregular colors and lights combine to create a post-modernist style lamp with a sense of beauty and artistic conception.
Dimensions & Packaging: 300mm× 300mm×600mm
Tags: space-style lamp, table lamp base, spherical lamp shade, OLED lamp body, glass blowing technology, post-modernist style
Production Technology: The lamp uses glass blowing technology, which results in each product having a unique surface texture due to the different density of the material surface. The lamp body emits light in two ways, with the bright light of the sphere’s hole directly illuminating the area, and the other parts of the sphere faintly diffusing the light through the irregular translucent texture, creating a natural and harmonious mood.
Design Challenge: The challenge was to create a post-modernist style lamp that reflects the beauty and artistic conception of the universe while also functioning as a practical lamp. The glass blowing technique was used to create a unique surface texture for each product, and the lamp's design combines irregular colors and lights to form a natural and harmonious mood.
Research: The beauty of the universe's diversity and mystery inspires humans to explore space continually. The lamp's colors and irregular patterns reflect the changeable colors and beauty of planets, which is due to the processing technology that creates subtle uncertainty, constituting the beauty of nature.
Inspiration: The surface of the spherical lampshade coincides with the surface of the planet. The irregular colors and lights are organically combined to create a post-modernist style lamp with a sense of beauty and artistic conception. When not in use, it is another beautiful space decoration.
Project Duration: The project begins in China in July 2022 and ends in China in October 2022.
Operation Flow: The luminaire creates a quiet and relaxing lighting atmosphere for users at night, relieving the stress of daily life.
Team Members: Guofeng Hu
Yi Zhao
Jun Wang