
Architectonic icons that give their name to entire zones, either in the center or the periphery of major cities, become real geographic reference points for urban planners.
Both architects and developers make these icons true centers for design innovation, allowing the most advanced engineering techniques make their own those places where medical professionals will help their patients heal and recover.
Durability of products, visual comfort for users.
Capable of adapting light to the needs of the moment.
Energy effectiveness.
Each area of the hospital with its own type of lighting. A detailed study of each area, taking into account bother users and the activity, can enable facilities to have the lighting installation it needs in order to ensure that activities are carried out safely and normally.
Health Solutions: Mimetism with the surroundings. The Lledó group proposes lighting systems that will go unnoticed by the observer, with every lighting system as natural as possible as they recreate natural light. These systems can be automated with centralized light management systems to enable adjustment of lighting levels according the the natural light coming in through large windows. This adaptation of the light makes people unconsciously have the feeling of being in a rooms where artificial systems are quite so latent.
Visual comfort. Transit areas, offices, operating rooms, patient rooms, treatment rooms and so on. Each of these demand specific comfort parameters according to each of the tasks and types of qualified work the health staff are to perform. At the Lledó Group, we are certain that well developed lighting systems will help patients recover – thus reducing occupancy times – and help medical personnel in their work.
Effective maintenance. Applications where the facilities are operational twenty-four hours a day require lighting systems that are both efficient and durable. Every lighting fixture, control system or emergency lighting system the Lledó Group proposes exhibits the qualities of our products in achieving efficient maintenance, with energy consumption levels that are optimal for the activities being carried out.


