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Amiplant is the only Polish brand whose lighting solutions have been implemented and tested in research institutes specialising in professional plant cultivation. Our luminaires operate in environments where the value of the technology is determined not by claims, but by measurable parameters relating to growth, quality and yield.

Close cooperation with scientists allows us to develop lighting systems based on reliable data and actual research results. Every solution is refined based on analyses of the effect of light on plant physiology, morphology, and production efficiency.

As a result, our customers receive technology verified by specialists who precisely define which spectral parameters and supplemental lighting strategies translate into real improvements in crop quality and efficiency.

Amiplant is not just a manufacturer of horticultural luminaires. It is a supplier of advanced, integrated lighting systems for greenhouses and specialist crops, designed based on data, plant physiology, and real production conditions.

We carry out the entire process – from needs analysis and investment profitability calculations, through design and selection of technical parameters, to the implementation of the control system and long-term service.

• precise selection of spectrum and power for a specific species and growth stage,
• designing lighting systems optimised for PPFD and energy efficiency,
• intelligent multi-channel control,
• optimisation of energy consumption and operating costs,
• komprehensive technical and maintenance support.

This means that producers of vegetables, herbs, potted plants, and flowers receive a single cohesive, technologically advanced ecosystem – rather than a random set of components. The result is more stable production, greater yield predictability, and reduced operational risk.

The lighting technology developed over 15 years by Amiled forms the foundation of Amiplant solutions. Years of experience in designing professional LED systems have enabled the creation of lighting precisely matched to the requirements of specific plant species.

• shorten the vegetation cycle,
• accelerate the moment plants are ready for harvest or sale,
• increase production efficiency,
• improve quality and uniformity of commercial batches.

In practice, this means greater flexibility in delivery planning, better utilisation of greenhouse infrastructure, and a real competitive advantage. The modern producer gains a tool enabling faster, more stable, and more efficient production – with full control of environmental parameters.