Modern orchard sprayers have made significant progress compared to traditional models in terms of environmental standards, energy efficiency, and reducing pesticide residue. These advancements are evident in the following areas:
Environmental Standards:
- Precision Spraying: Modern sprayers use GPS, sensors, and AI for precise application. This targets the pesticide where it’s needed and minimizes environmental pollution.
- Low-Drift Technology: Improved nozzle designs and atomization techniques reduce drift, limiting pesticide spread to non-target areas.
Energy Efficiency:
- Smart Control Systems: These sprayers adjust spray speed and volume automatically, reducing waste.
- Efficient Power Systems: Modern sprayers often use electric or hybrid engines, which are more energy-efficient than traditional engines.
Reduced Pesticide Residue:
- Precise Application: Accurate targeting reduces pesticide residue on non-target areas and on the crops themselves.
- Variable Rate Technology: This adjusts pesticide concentration based on crop and pest needs, preventing over-application.
These improvements make modern orchard sprayers more environmentally friendly, efficient, and contribute to the sustainability of agricultural production.
The multifunctional robot at Lanjiang Orchard enhances pesticide deposition on target crops through precise spraying and optimized atomization. This reduces waste and allows for effective pest control with lower pesticide use. An intelligent power management system and efficient battery technology boost the robot’s endurance and operational efficiency, cutting energy consumption. The high-efficiency spraying system, paired with optimized airflow and downdraft nozzle design, ensures better pesticide penetration into the tree canopy. This reduces pesticide drift, minimizes environmental pollution, and lowers health risks, preventing overuse.