LED Strips

Professional LED Strips: Linear Engineering for Architectural Integration

Professional-grade LED strips represent the most versatile solution for indirect lighting, coves and architectural details. Unlike consumer solutions, technical strips are designed with double or triple-layer copper PCBs (Printed Circuit Boards), which optimises thermal management and ensures efficient energy transmission, allowing seamless integration into aluminium profiles for intensive-use applications.

Light quality and photometric precision

Excellence in a linear lighting project is measured by the invisibility of the source and the quality of the flux. The use of advanced technologies allows the LED strip not only to illuminate, but to transform the perception of materials and spaces, maintaining constant lighting stability throughout its service life.

COB Technology vs. High-Density SMD

For applications where the space between the strip and the diffuser is minimal, COB (Chip on Board) technology is the superior technical choice, providing a continuous and homogeneous line of light without the visible "dot" effect. In applications where extreme luminous power is required, high-density SMD modules make it possible to achieve fluxes exceeding 2,500 lm/m, ideal for primary lighting from coves.

Advanced Colour Rendering (CRI > 95)

In the Retail and Hospitality sectors, the Colour Rendering Index (CRI) is non-negotiable. Our technical solutions offer values of CRI > 90/95, with special emphasis on the R9 (saturated red) value, ensuring that textures, food and organic materials are perceived with their natural vividness, avoiding the "washed-out" appearance of conventional strips.

Electrical Engineering: Voltage and Voltage Drop

The stability of flux on long runs depends on the operating voltage. The specification of strips at 24V allows the installation length to be doubled compared to 12V with the same voltage drop. For large-scale projects, 48V solutions represent the standard of efficiency, allowing runs of up to 20-30 metres with a single power feed, reducing wiring costs and the number of drivers.

IP Protection and Outdoor Durability

Durability against external agents is ensured through optical-grade silicone coatings or extrusion in silicone tubes (IP67/IP68 technology). Unlike traditional epoxy, silicone does not yellow under UV radiation or crack over time, keeping the colour temperature unchanged and protecting the chips against moisture and corrosion.

Comparative Table: Professional vs. Commercial LED Strip

Frequently Asked Questions (FAQs)

1. Why is it mandatory to install LED strips on aluminium profiles?

Aluminium acts as an indispensable passive heatsink. Excess heat is the main enemy of LEDs; without adequate dissipation, the strip's lifespan is drastically reduced and degradation of luminous flux is accelerated. In addition, the profile protects the strip from impacts and facilitates maintenance.

2. What does it mean for a strip to be "Constant Current"?

Constant-current strips incorporate small integrated circuits (ICs) that regulate the current passing through each section. This ensures that all LEDs emit exactly the same brightness from the first metre to the last, eliminating voltage drop problems in long installations.

3. How to choose between a Tunable White and an RGBW strip?

The Tunable White strip is designed for human well-being (HCL), allowing changes from warm to cool white. The RGBW strip is for decorative or scenographic applications, adding a pure white chip (W) to the colour mix (RGB) to achieve pastel tones and a quality white that RGB alone cannot achieve.

4. Is it possible to dim LED strips through DALI or Casambi protocols?

Absolutely. Dimming depends on the chosen driver. Using specific controllers, LED strips integrate seamlessly into professional control systems to create scenes, automate switching or adjust intensity according to available daylight.