Magma, our scientific partner: research serving living systems 04/30/2026

30/04/2026

At OvinAlp, we are convinced that effective and sustainable fertilization is built on one essential foundation: understanding living systems.

With this in mind, we have been working alongside Magma for several years.

Specialized in soil chemistry, agronomy, and microbiology, the Magma laboratory supports OvinAlp, particularly in the development, analysis, and validation of innovative natural fertilization solutions. These solutions are designed to meet the challenges of high-performing, responsible, and regenerative agriculture.

Magma stands out not only for its agronomic expertise, but also for the complementary skills of its scientific team and the quality of its research equipment.

The laboratory relies on highly qualified specialists capable of contributing at every stage of the development of our solutions. Its team notably includes a PhD in geochemistry, specialized in soil chemistry and plant experimentation, bringing advanced expertise in soil fertility and the interactions between soil, plants, and microorganisms.

Alongside him, a formulation engineer specialized in liquid formulations works on the development of innovative fertilizers by optimizing their stability, agronomic efficiency through formulation, and compatibility with various agricultural applications.

The laboratory also welcomes interns depending on ongoing research projects, continuously enriching its work in microbiology, formulation, and agronomic analysis.

This human expertise is supported by a complete range of equipment designed to ensure the scientific rigor of every development process.

In formulation, Magma is equipped with a bead mill, an UltraTurrax mixer, a sonicator, a centrifuge, and three drying ovens, enabling precise work on formulation design and stabilization.

For material and product analysis, the laboratory uses several advanced spectrometry tools: a UV spectrometer, a near-infrared spectrometer, and a mid-infrared spectrometer, allowing detailed characterization of the physicochemical properties of the developed solutions.

Finally, its microbiology department is equipped with an autoclave, a laminar flow hood, a -80°C freezer, a microscope, a thermocycler, and an electrophoresis system. This equipment makes it possible to study microorganisms, preserve selected strains, and develop new molecular biology approaches applied to agronomy.

This technical capability strengthens the reliability of analyses, accelerates development phases, and enables OvinAlp to rely on applied, practical research that directly benefits farmers. 

Innovation is not limited to theory.

Through our Experimental Division, Magma contributes to the monitoring of field trials carried out with our partner farmers in viticulture, arboriculture, market gardening, and field crops.

These experiments allow us to test our solutions under real-world conditions, observe their impact on soils, plants, and yields, and scientifically validate the results obtained.

The analyses focus on several levels:

  • soil quality and fertility,
  • plant development,
  • crop quality,
  • and overall agronomic performance.

The data is then statistically analyzed to ensure reliable, measurable, and reproducible results.onnées sont ensuite analysées statistiquement afin de garantir des résultats fiables, mesurables et reproductibles. 

The partnership between OvinAlp and Magma is built on a shared ambition: to promote agriculture that is more respectful of living systems, more efficient, and more resilient.

This collaboration creates a true bridge between scientific research, field experimentation, and the practical needs of farmers.

Thanks to this synergy, we develop science-based solutions, tested in real-world conditions and designed to support the long-term agricultural transition.

At OvinAlp, every innovation must have a purpose: improving soil health, strengthening plant vitality, preserving natural balances, and supporting farm performance.

With Magma, we are moving forward together toward smarter, more natural fertilization that is deeply aligned with the needs of living systems.