Wall and ceiling lamps with technopolymer diffusers, available in a wide range of models for a uniform distribution of lighting in residential environments.

Energy-efficient, reliable and robust pole-mounted luminaires resistant to atmospheric agents. Paired with matching wall lights, they supply effective general lighting for pathways and green spaces. 

Minimalist, clean lines and superior lighting performance define this range that ensures excellent glare limitation and a uniform distribution of light.

Wall devices featuring a simple design and exceptional performance in the most diverse settings. Ideal for an effective glare reduction and a uniform distribution of light.

Lighting solutions with high IP rating, designed to enhance the appearance of façades, architecture and landscapes. Reliability and efficiency are combined with incredible lighting design versatility.

For recessed wall installation, these devices with high IP rating provide general and accent lighting in residential, commercial and perimeter environments, blending in discreetly with the architecture. 

Ideal for providing accent lighting, ingrounds are designed in compliance with the European regulation EN 60598-2-13 and blend in harmoniously with the architectural qualities of the building.

Pole-mounted luminaires with a high IP rating. Flexible in their application, they comply with the UNI 10819 standard and regional laws protecting urban and residential environments from light pollution.

Characterised by a high IP rating, the high-power floodlights are designed for lighting large sports facilities that may involve television broadcasting and large parking areas. 

Pole-mounted luminaires for urban area lighting to improve the quality of city spaces, compliant with regional laws and light pollution reduction regulations such as the UNI 10819.

Luminaires to be mounted onto a post, designed to ensure maximum road safety. Reliable and efficient lighting that also meets the UNI 10819 standard and is compliant with regional laws on light pollution.