TITO90

With its sleek design, CONO Urban illuminates squares, parks, and pedestrian paths.

A meeting point between functionality, sustainability and aesthetics, the bollard PIXOL adds a touch of style to any residential and urban context, such as gardens, parks and pathways.

Available in three sizes, PIXOL is the minimalist and geometrically designed outdoor floodlight.

Slim recessed fixtures in aluminum and glass, featuring low-glare optics for customizable light beams.

KLOU-IK180 is the bollard with a cylindrical and robust design.

Rectangular projector with a classic design for facades, sports, and public spaces. Aluminum body and tempered glass. Wide optical range for precise lighting. Multiple pole mounting options.

High-power rectangular floodlights for facades and sports areas. Durable aluminum body with easy-access opening.

PIXOL is the ceiling-mounted luminaire for indoor and outdoor lighting.

The KLOU Series offers outdoor solutions in various sizes, heights, optics, and finishes, adaptable to entrances, pathways, green spaces, and urban parks.

JUNO is the pendant luminaire with a retro shape.

A perfect combination of clean lines and advanced optics to illuminate streets, squares, and parks, Format1 offers flexible and elegant solutions, seamlessly integrating with contemporary architect

A bollard with a unique design featuring Gothic geometries revisited in a contemporary key, designed for both private and public outdoor lighting.

The floodlight for dramatic outdoor lighting, even in wet conditions.

The urban lighting luminaire that combines elegance and innovation and uses the latest technology to fully serve the cities of the future, for the greatest energy savings and for a functional illum

This elegant and sophisticated façade luminaire, inspired by the geometrical shape of the circle, illuminates with a soft light indoor and outdoor environments.

Designed for smart and open-plan offices, LECTRA VIZOR is the free-standing luminaire with double light emission (direct and indirect) that can be adjusted independently.