Intelligent Driven Precision Spraying: The Future of Smart Orchards

Where Tradition Meets Technological Innovation

Global agriculture faces dual challenges: a 12% annual increase in rural labor shortages (World Bank) and 30% pesticide waste from outdated practices (FAO). Lanjiang Tech’s agricultural robotics solutions are reshaping this landscape.

Revolutionizing Orchard Management with AI-Driven Precision Sprayers

LJ Tech is an innovative enterprise that deeply integrates information technology, intelligent equipment, and agricultural practices. By employing agricultural robots to replace manual labor, we effectively reduce work intensity and address rural workforce shortages, empowering farm owners to achieve precision management. Through transformative productivity innovations, we aim to revolutionize traditional farming methods and drive industrial upgrading and transformation.

Intelligent and precise spraying from the orchard autonomous sprayer s1000

LJ Tech Precision Sprayer: Next-Gen Advantages for Smart Orchards

Precision application technology: A fusion navigation system is formed by LIDAR, visual recognition, millimetre wave radar system and RTK system, and the multi-sensors enable comprehensive acquisition of multi-dimensional data from the vehicle.
All-weather operation capability: the machine body adapts to multi-terrain orchards, and continues to work during at night.
Data-driven decision-making: operation and digitization of farm management at the same time
Reduce costs and increase efficiency, optimize resources: significantly improve spraying efficiency through automated operations, reduce artificial dependence and labor costs, while accurately controlling the amount of chemical agents to reduce the waste of resources.
Precise application: Combining intelligent path planning and real-time obstacle avoidance technology, it ensures precise delivery of chemicals and realizes sustainable agricultural management.
Multi-protection, safe and reliable: Equipped with a fusion radar system, it can actively identify obstacles and emergency braking or detouring to ensure the safety of equipment and personnel, and reduce operational risks.