Case Study

Product Case: AF-100K Gross Weigher Boosts Fertilizer Packing Efficiency in South America

Published: 2026-07-28 Article source:

 
 

Accurate Weighing. Robust Performance. Compact Design.

A fertilizer manufacturer in South America upgraded its bagging line with General Measure's AF-100K Gross Weigher to achieve more stable, accurate, and efficient fertilizer packing operations.

Designed for demanding industrial environments, the AF-100K delivers reliable weighing performance even under challenging fertilizer production conditions, helping the factory improve packing consistency and protect product quality.

Application

Industry: Fertilizer
Material: Urea fertilizer
Package Size: 43kg/bag
Working Speed: 12 bags/min
Accuracy: ±30g


Key Benefits

✅ High-Precision Weighing for Consistent Bag Quality

With advanced weighing technology and stable measurement performance, the AF-100K ensures each fertilizer bag reaches the target weight accurately, reducing product giveaway and improving cost control.

✅ Robust Design for Harsh Fertilizer Environments

Built for industrial applications, the AF-100K features a durable structure that withstands dust, vibration, and continuous operation in fertilizer plants, ensuring long-term reliability and reduced maintenance requirements.

✅ Compact Structure, Easy Integration

The space-saving design makes the AF-100K ideal for existing fertilizer packing lines and factory upgrades. Its compact footprint allows flexible installation without major modifications to the production layout.

✅ Reliable Performance for Continuous Production

Working seamlessly with the existing packing system, the AF-100K provides stable weighing and smooth operation, helping the fertilizer factory maintain high productivity and consistent output.


General Measure AF-100K

A compact and powerful gross weighing solution for fertilizer, grain, feed, and chemical packaging applications.

From factory upgrades to new production lines, AF-100K helps manufacturers achieve:

Higher accuracy | Lower waste | Better efficiency | Long-term reliability