Healthcare lighting provides the necessary visual acuity in healthcare facilities and establishments needed for everyday operations of healthcare personnel. A reliable healthcare lighting system utilizes lighting products and fixtures that can function and perform effectively while maintaining sustainability.
For reliable healthcare lighting, Lithonia provides advanced lighting options for different healthcare applications. Their state of the art lighting products not only produce high quality illumination, but they also ensure lighting efficiency. One of Lithonia’s leading products for healthcare lighting is the RT5 volumetric recessed lighting series.
The RT5 family is composed of highly efficient recessed lighting products which can be used in almost all types of healthcare facilities. The quality of light they produce is bright but soft, resulting in comfortable lighting that is ideal for patient rooms and wards. Unlike parabolic lights which cause cave lighting effect, these volumetric lighting products ensure uniform lighting quality in any space. With their grade A two piece refractor system, they are able to diffuse light equally in all angles, thus resulting in a well balanced illumination all throughout the room.
Aside from better light quality, the RT5 volumetric series is known for its energy efficiency. RT5 products are engineered using advanced technology to ensure that all their components perform with optimized proficiency, thus resulting in reduced power consumption. All RT5 lighting solutions allow as much as 33% savings in electricity usage, and once integrated with lighting controls, their efficiency can be better maximized, resulting in more energy savings.
Healthcare lighting with Lithonia’s RT5 volumetric lighting products results in the best lighting experience in healthcare facilities. They effectively improve any visual space by providing high quality illumination that remains soft and comfortable to the eyes. Since they are very energy efficient, the RT5 series contributes a lot in reducing energy consumption and in maintaining sustainable lighting.


