Kit NutriVeg8 LAQUAtwin - Plant sap, water and soil analysis

This tool measures essential nutrients for plant nutrition, making it especially useful for agronomists, agricultural technicians, researchers, and professionals involved in plant nutrition management.

The NutriVeg8 LAQUAtwin Kit is a complete portable system designed for plant sap and soil analysis, ideal for monitoring crop nutrition and precision fertilization.

This tool measures essential nutrients for plant nutrition, making it especially useful for agronomists, agricultural technicians, researchers, and professionals involved in plant nutrition management.

With this kit, it is possible to perform fast and accurate analyses directly on the farm without sending samples to a laboratory. This allows "in situ" agronomic decision-making and the adjustment of the fertilization plan in real time.

Kit Contents

The NutriVeg8 LAQUAtwin Kit includes:

• Professional LAQUAtwin analysis case with 7 portable meters
• Digital refractometer 0–53º Brix for measuring sugars in fruit
• Pocket phosphorus meter (high range)
• Additional reagents for each LAQUAtwin meter
• Extra reagents for the phosphorus meter

This kit is an ideal solution for monitoring crop nutrition in open fields, greenhouses, and hydroponic systems, enabling efficient fertilizer management and precision agriculture.

The NutriVeg8 LAQUAtwin nutrient analysis kit can measure up to 8 critical parameters for crops and soil.

• pH
• Electrical Conductivity
• Nitrate
• Calcium
• Sodium
• Potassium
• Salt
• High-range Phosphorus
• BRIX degrees (fruit pulp)

ADVANTAGES

Measures quickly and accurately pH, Electrical Conductivity (EC), Nitrate (NO₃), Calcium (Ca), Sodium (Na), Potassium (K), Salt, High-range Phosphorus, and Brix Degrees (fruit pulp).

Compatible with multiple sample types: soil, soil solution, plant sap, petiole extract, nutrient solution, and irrigation water, making it a versatile tool for crop nutritional analysis.

Obtain fast and accurate readings directly in the field ("in situ"), without the need to send samples to a laboratory, saving time and improving agronomic decision-making.

Ideal for monitoring plant nutrition in greenhouses, hydroponic crops, and open-field agriculture.

Optimize fertilization and adjust the fertilization plan based on objective data and real crop measurements.