Peristaltic Pumps Empower Agricultural Plant Protection Drones
With the development and advancement of science and technology, tremendous changes are taking place in the vast field of agriculture. The emergence of agricultural plant protection drones has not only improved operational efficiency but also reduced the waste of pesticides and water resources, while ensuring operator safety.
When plant protection drones perform pesticide spraying, the role of peristaltic pumps in “material delivery” cannot be overlooked. Peristaltic pumps provide the following key advantages for agricultural drones:
- Precise Control
The delivery volume of peristaltic pumps is accurately controllable, allowing precise flow regulation of pesticides to achieve targeted spraying. This avoids liquid waste and excess consumption, greatly improving spraying efficiency.
- Pollution Prevention
During liquid transmission, the pesticide solution only contacts the pump tubing, with no exposure to the pump housing or other components. This preserves the chemical structure of the spray liquid, effectively maintaining its quality and active ingredients, while reducing environmental pollution.
- Easy Maintenance
After use, only the tubing requires cleaning. The tubing on the pump head is easy to disassemble, replace, and clean, resulting in low overall maintenance costs.
Due to limited installation space on drones, peristaltic pumps must be selected based on both size and flow performance.JIHPUMP models such as 353K and 803Z feature high flow rates in a compact size, making them excellent choices. These models can reach a maximum flow of up to approximately 7055 mL per minute.
Motor options include DC motors, DC planetary gear motors, and stepper motors, satisfying diverse requirements for flow rate, precision, and cost. In addition, multiple tubing types are available to resist different levels of pesticide corrosion, ensuring long-term stable and accurate liquid delivery.
The application of peristaltic pumps in smart agriculture demonstrates the power of modern technology, and their outstanding performance provides strong support for sustainable agricultural development. In the future, peristaltic pumps will be even more widely adopted in plant protection drone systems.
