Boosting cuttings for exceptional survival and rooting

The OptiBoost vacuum impregnation (VI) technology improves the rooting and survival rate of cuttings. As well as decreases losses of eucalyptus and tropical clone cuttings. There are numerous benefits for the forest industry generated by the OptiBoost method. Including better rooting quality, a decrease in botrytis, acceleration of root formation, and an increase in the nurseries’ capacity.

Numerous benefits for the forest industry generated by the OptiBoost® for cuttings method

Optiboost technology is a symbiosis of two technologies. Vacuum impregnation and nanotechnology. We impregnate the cuttings with a functionalized nutrient solution based on the third generation of patented nanotechnology. 

In the propagation process of cuttings, there are many obstacles. OptiBoost can boost cuttings so they survive and perform better.

OptiBoost solves problems like stress, losses, botrytis, rooting, and other quality aspects.

OptiBoost enables optimization of the propagation process and manages peaks better through the increased cultivation capacity created in the nursery. Scalable to meet customer capacity and needs.

Example of treated vs. untreated cuttings. OptiBoost treated has significant better rooting.

Increased survival rate and decreased loss rate

Increases rooting rate

100 % Boosting accuracy

Better Quality

Improves rooting quality

Increased capacities of the nurseries

OptiBoost for cuttings VI

¿Cómo funciona el OptiBoost?

La extrema eficiencia de la tecnología OptiBoost se debe a dos factores principales:

The vacuum infusion applied in the treatment chambers is optimized to enable the perfect amount of nutrient solution to reach the cells of the treated cuttings. The stem and leaves are impregnated with the optimal amount of solution
La solución nutritiva – OptiBona, se basa en la última generación de nanotecnología

The increased storage time might lead to more flexible, cheaper, and more environmentally friendly transportation. The logistics, both at the production farm and at the customer site (greenhouses in Europe), can be significantly improved.

Los picos de producción pueden gestionarse mejor, ya que los esquejes pueden cosecharse con antelación y almacenarse. Hoy en día, la cosecha de esquejes de plantas suele estar determinada por la demanda de los clientes. Gracias al método OptiBoost® la planificación puede ser más eficiente, la cosecha de plantas puede organizarse en base al número de personal disponible o por variedad.

El desperdicio puede minimizarse, ya que las variedades no vendidas pueden almacenarse y venderse con retraso cuando aumente la demanda del mercado. El método OptiBoost® también mejora la calidad de los esquejes.

The general appearance, turgidity, and structure after storage, as well as the development and rooting after planting are crucially enhanced.


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