Optimising LED performance through measurement for professional growers.

How to optimize LED performance?

For professional growers.

Light is one of the most critical growth factors in horticulture. Different light wavelengths, such as blue light (400–500 nm), deep red light (600–700 nm), and far-red light (700–800 nm), trigger specific biological processes in plants, including plant shaping, chloroplast formation, flowering, and stem elongation. Because every crop and growth phase has unique requirements for both light intensity and light spectrum, growers increasingly turning to customised LED lighting strategies. However, understanding the theoretical impact of light is only half the equation; professional growers also need certainty, control, and visual proof that their lighting installations perform as intended.

To bridge the gap between spectral theory and greenhouse performance, Nieuwkoop introduced the LX1400 PAR light spectrum meter. Designed to make advanced measurement technology accessible to both consultants and cultivators, this user-friendly tool allows users to visualise and substantiate LED performance data instantly.

Jaap highlights why the LX1400 makes such a significant difference in practice: "What really makes the difference for us with the LX1400 is that we can finally back up our story visually. We've been explaining how light spectra work for years now—red, blue, far-red—but now we can actually show it. At the push of a button, you get the full picture. That makes conversations with customers much stronger and more convincing."

Key Advantages for Cultivation and Advisory

At the push of a button, the device displays a complete visual breakdown of the full light spectrum produced by LED fixtures within seconds, , making a complex subject easy to understand.

Growers can verify whether their lighting installation is doing what it is supposed to do. At the point of purchase, during daily use, and throughout crop optimisation.

Measuring and monitoring become crucial when working with dynamic lighting systems, where spectrum and light intensity are actively adjusted according to the crop's growth phase.

A data export function allows users to perform more detailed information on a computer.

More information check, PAR Spectrometer LX1400