Automatic fertilizer injector

for soil cultivationwith precise dosing

Product Overview
The IWF-300 Intelligent Water and Fertilizer Integration Unit combines precision fertigation, intelligent irrigation control and automated management to increase water- and nutrient-use efficiency and improve crop performance for greenhouse and open-field production.

Key Features

• Integrated high-precision soil moisture and nutrient sensors with pressure-control hardware and an IoT platform for real-time monitoring of soil moisture, nutrient levels and environmental parameters.
• Automatic adjustment of irrigation volumes and fertilization ratios according to crop-specific requirements and growth stages, enabling demand-driven synchronous water and fertilizer application.
• Remote management via mobile app for real-time data viewing, remote start/stop, adjustment of fertigation plans and anomaly alerts to reduce manual intervention.
• Multi-stage filtration and slow-release fertilization technology to ensure clean irrigation water, uniform fertilizer solution distribution and reduced blockages or nutrient losses.
• Modular design for scalable deployment in greenhouses, tunnels and open-field systems.

Applications

• Vegetable production (greenhouse and field)
• Orchards and fruit production
• Floriculture
• Protected-culture and open-field cropping systems

Benefits

• Reduces water consumption by more than 30% through demand-driven irrigation control.
• Lowers fertilizer usage by approximately 20%–40% via precise dosing and slow-release delivery.
• Improves crop quality and yield consistency while supporting resource-efficient production.
• Decreases labor and manual operations through automated control and remote supervision.

Technical Specifications

• High-precision soil moisture and nutrient sensing integration.
• Pressure-control system for stable irrigation delivery.
• IoT connectivity and platform for real-time monitoring and data reporting.
• Mobile-app remote control (start/stop, adjust plans, alerts).
• Automatic adjustment of irrigation volumes and fertilization ratios by crop growth stage.
• Multi-stage filtration system to prevent blockages and ensure clean water.
• Slow-release fertilization technology for uniform nutrient distribution.
• Modular hardware suitable for greenhouse and open-field installations.
• Estimated resource savings: >30% water, ~20%–40% fertilizer.