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Product Description

By deploying pest trapping devices to capture insects, these samples are placed on an analysis platform for testing, enabling real-time monitoring of pests in farmland and providing farmers with early warning alerts and pest control recommendations. Additionally, the system detects soil nutrients, trace elements, and heavy metal concentrations, thereby providing a scientific basis for fertilization practices, ensuring soil safety, and reducing the risk of excessive heavy metal levels in agricultural products.

Performance Features

① Monitorable parameters: Enables absolutely precise determination of soil elemental concentrations (nitrogen, phosphorus, potassium, calcium, magnesium, copper, iron, boron, manganese, arsenic, cadmium, lead), meeting chemical laboratory-level testing standards.

② Easy implementation: It enables the achievement of comprehensive environmental benefits even in limited spaces; the device can be deployed in fields or along farm boundaries—simply plug it into an electrical outlet—and features an integrated recycling system that allows for the collection and centralized treatment of wastewater and waste generated during monitoring operations, thereby preventing soil contamination.

③ Agricultural Digital-Intelligent Integration: Combines satellite GIS technology with IoT-based remote data transmission technology to enable remote recording and backup of monitoring data; the system can automatically retrieve monitoring results and associate them with the actual sampling points. This significantly reduces operational complexity and enhances data accuracy. Through IoT technology, it facilitates the automatic collection, transmission, and analysis of data, providing farmers with intelligent decision-support tools.

④ Strong stability: Can operate reliably in various complex environments.

⑤ Detector types: including Pest Identification System; Plant Nutrient Detector (optional); Soil Nutrient Content Detector (optional); Soil Trace Element Content Detector (optional); Soil Heavy Metal Content Detector (optional); Soil Water Quality – Eight Major Ions Detector (optional); Plant Nutrient Detector (optional); Soil Nutrient Element Sensor, etc.

Technical Specifications

parameter

specifications

temperature range

-20℃~+70℃

Humidity range

0%~100%RH

SC

Can store at least 36 months of historical data

transmission mode

Supports both wired and wireless transmission methods

power supply mode

Operates on 220V power supply

Monitoring Range

Customized according to actual needs, suitable for farmlands of various sizes.

camera

Standard configuration: ≥1200 MP ultra-high-definition imaging system

network transmission

Equipped with both wired and wireless network transmission modules

- FAQ -

A:

A: We are the manufacturer—our 7,800 m² production facility in Shandong, China is owned and operated by us, with in-house R&D, precision assembly lines, and a dedicated pre-shipment testing bay. Founded in 2007, we now export to 20+ countries. We welcome third-party factory audits (SGS, BV, TÜV) and can arrange a live video tour or an on-site visit before you place your first order.

A:

faq1hA: Yes. Every fertigation system can be built to your local grid standard — 110V / 220V / 380V / 480V, 50Hz or 60Hz — with matching plug types, cable specifications, and IP-rated control cabinets. The HMI software supports multi-language interfaces, and we can implement custom communication protocols (4G / LoRa) and full OEM branding. Fill in the electrical specification sheet we provide, and we will confirm the design in writing before production starts.

A:

A: We are a one-stop solution provider, not a single-machine supplier. Beyond standalone fertigation units, we deliver complete turnkey packages—intake pump stations, automatic back-flush filtration systems, field solenoid valves and decoders, pipelines, and fittings—together with control programming and as-built drawings. Send us your field layout, water source data, and crop type, and our engineers will return a tailored design, BOM, and quotation within three working days.

A:

A: To quote accurately, we need five things: (1) crop type and planting area or greenhouse size; (2) water source (well, river, or reservoir) and a water quality report, if available; (3) field topography and layout—a simple sketch or satellite map is fine; (4) your local voltage and frequency; (5) project stage and target delivery date. Send these to [email / WhatsApp] and our engineers will reply with a tailored design, BOM, and quotation within 3 working days.

A:

A: We usually quote FOB Qingdao, with CIF and DDP available on request. Main loading ports include Qingdao, Shanghai, and Ningbo, and we will recommend the most economical option for your destination. To get a freight estimate, simply tell us your destination port or door address, the order quantity, and whether you prefer LCL or FCL—we will come back with a full landed-cost breakdown.

A:

A: Every machine carries a 12-month warranty against manufacturing defects, with free replacement parts shipped by air. The warranty starts from the shipping date or as otherwise agreed in the contract. Overseas support includes full English manuals, wiring schematics, and operation videos, plus remote video commissioning via WhatsApp / Zoom with a response time within 12 working hours. Spare parts remain available for 2 years, and field engineers can be dispatched for large projects by agreement.

A:

A: All export equipment is packed in ISPM 15-compliant fumigation-free wooden crates or heavy-duty plywood pallets, lined with multi-layer waterproof film and shock-absorbing cushioning to protect meters, sensors, and electrical components from ocean humidity and rough transit. Before shipment, we share the container loading plan plus photos and videos of the packed goods for your confirmation. Custom shipping marks and labels are available, and we can quote FOB, CIF, or DDP terms.

A:

A: MOQ is 1 set for standard models—ideal for sample testing and pilot projects. Lead time starts from receipt of deposit and confirmed drawings: 7–15 working days for standard models, 20–35 working days for customized or large project orders. In peak season, we recommend placing orders 4–6 weeks in advance, while stock models can often ship faster. Both LCL and full-container loading can be arranged.

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