Innovation, research and sustainability for superior plant production
Producing quality means investing in research, technology and continuous improvement.This is why Vivai Milone has designed and built a state-of-the-art micropropagation laboratory, designed to ensure the highest quality standards and sustainable production.
The high quality level of the plants produced by Vivai Milone, recognized in Italy and Europe, often makes it complex and expensive to find suitable propagation material.From this need comes the decision to make the company self-sufficient already in the initial stages of nursery processes, through the creation of an in-house micropropagation laboratory.
Micropropagation is an advanced technique that makes it possible to obtain a large number of plants in a short time and in limited space, from selected and controlled material.This method makes it possible to ensure uniformity, health and genetic quality, which are fundamental elements of modern and reliable nursery production.
The Vivai Milone micropropagation laboratory does not just apply established techniques, but introduces innovative solutions inspired by agronomic, economic and environmental sustainability.Each step of the process is designed to improve production efficiency, reduce operating costs and optimize energy consumption.
Production of healthy and genetically controlled plants
Reduced production time and lower environmental impact
Optimization of space and resources
Greater corporate autonomy in the production chain
Innovations introduced in the micropropagation laboratory make it possible to maximize results in economic, production and quality terms, strengthening the company's competitiveness and ensuring high standards over time.An approach that looks to the future of nursery gardening, combining technology, expertise and respect for the environment.
To provide the best experiences, we use technologies such as cookies to store and/or access device information. By consenting to these technologies, we may process data such as browsing behavior or unique IDs on this site. Failure to consent or withdrawal of consent may adversely affect some features.