This medical device incorporates both ambient lighting, via the upper LED bars, and examination and reading lights, via the LED bars positioned at the slanted edge of the bedhead. Highly customizable, both in terms of features and color, thanks to the profiles available in a wide range of colors, it is a particularly popular model that combines simplicity and affordability with a clean, understated style.

The bedhead beam's load-bearing structure is made from a combination of two extruded aluminum profiles, creating a modern yet functional aesthetic with rounded shapes and an absence of sharp edges. The upper profile encloses, with appropriate divisions and separations, the 230V electrical wiring for powering sockets, buttons, and switches, as well as the low-voltage wiring for data, telephone, LED lighting, call systems, alarms, and diagnostics, the lighting system management board, DIN-rail terminal blocks, and a general ground node. On the outside, the electrical components—supports, plates, call systems, voice, equipotential sockets, and LED lighting systems for examination and reading lights—are located in the oblique part of the upper profile.

The in-house lighting system allows for indirect lighting via the upper LED bars from 4000 to 8000 real lumens (not nominal) available in 3000/4000/5000°K color temperatures, while the upper night light is managed by lowering the indirect light percentage to preset levels that the customer can easily modify according to their needs by following simple instructions.

For direct light for examination and reading, small LED modules are used, located in the lower part of the bedhead, which still maintain a light level of 1500 - 3000 real lumens for each individual module, always in the colour temperatures of 3000/4000/5000° K.

The polycarbonate screens covering the LED systems are thin and linear, allowing for greater wear resistance with less maintenance while also providing a high-performance lighting system. Furthermore, they are recessed into the aluminum profiles to create a smooth surface that reduces bacterial buildup, making cleaning and sanitizing easier for medical staff, and enhancing the finished product's design.