Mobile automated temporary immersion system for in vitro plant propagation

Introduction: Colombia is currently transitioning to peace, and a key issue in this process is the restoration of land cultivation for affected farmers. Implementing systems and methods to automate micropropagation procedures could be a viable, low-cost option for producers. Objective: The goal is to support the in vitro propagation of plants using a mobile automated temporary immersion system device. Methodology: The device consists of a mobile structure for easy movement, glass containers, pneumatic lines, logic controllers, electrical connections, and a user interface. Results: The design and development of the proposed low-cost device enables the rapid, clean, and efficient propagation of crop planting materials. Conclusions: The developed device facilitates the mass propagation of selected plant materials in excellent health conditions, addressing the needs of producers for high-quality planting material.