Raw aesthetics

Raw aluminium

Sustainable lighting is a core component of modern architecture and shapes the ongoing development of our portfolio, including a growing focus on material choices and their long-term environmental impact.

Raw aluminium is available as surface finish for many products. Additional finishing treatments are deliberately omitted. Using untreated aluminium for luminaire bodies is key to making recycling more sustainable1. Visible marks and a natural patina give the raw aluminium character and make each luminaire unique, whilst the material also opens up new possibilities for a precise architectural aesthetic and specifically supports a clear, minimalist interior design language.

Driven by sustainable values

We consider sustainability as a core value reflected in every area of our business. In product development, we consistently focus on efficiency, new materials, innovative manufacturing technologies and the responsible use of resources. Our products are conceived holistically and in line with circular principles, with a focus on longevity, reuse and recyclability.

Low-emission aluminium for ENVIVA

The raw aluminium finish of the ENVIVA luminaire family brings character and vibrancy. Above all, however, the extruded profiles are made from Hydro Low Carbon Aluminium making their production especially sustainable. This aluminium is produced using renewable energy from hydropower and wind power. With emissions of no more than 4.1 kg CO₂-eq per kilogram, it causes around 75% fewer emissions than conventionally produced aluminium worldwide on average.

To the product

More products in raw aluminium - coming soon

The professional choice

SASSO PRO

Staging every scene

BO PRO

The pure uplight

REVO

Structured light brilliance

CUBIS

 

Straight minimalism 

MINO 25

Inspiration

Whether in modern offices, medical practices, schools or retail shops, products in raw aluminium sit naturally wherever clear design meets sustainable values. The raw aesthetic complements elegant, minimalist architecture.