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MacDev’s Belt Weigh Feeder is engineered to do one job flawlessly — extract, weigh, and feed bulk material at an exact rate, continuously. Built for harsh industrial realities, it delivers dependable performance where flow accuracy directly impacts production cost, quality, and uptime.
Designed for continuous bulk proportioning, the system combines a rugged mechanical structure with intelligent weighing electronics. Once the target feed rate is set, the feeder automatically adapts to material load, bulk density variations, and operating conditions without operator intervention.
High-precision strain gauge load cells ensure consistent, repeatable weighing.
VFD-driven belt speed correction maintains the set TPH automatically.
Heavy-duty construction designed for continuous, high-tonnage operation.
Material is extracted from a silo, hopper, or bin onto the feeder belt. High-precision load cells measure the belt load while a speed sensor tracks belt velocity. The controller continuously calculates the actual feed rate and adjusts belt speed in real time to match the required set point.
Whether the system experiences under-load, over-load, or changing bulk density, MacDev’s intelligent controller ensures stable output, reduced spillage, and predictable downstream processing.
MacDev Belt Weigh Feeders are deployed in operations where continuous, controlled material flow defines operational efficiency.
Every MacDev Belt Weigh Feeder is custom-engineered based on material characteristics, required capacity, site conditions, and automation needs. Capacities typically range from 500 kg/hour up to 5000 TPH, handling free-flowing to sluggish materials with ease.
“When material flow is predictable, production becomes profitable.”
– MacDev Engineering Solutions
From system design and manufacturing to installation, commissioning, automation integration, and AMC support, MacDev delivers complete Belt Weigh Feeder solutions with a single point of responsibility. The result is higher uptime, lower maintenance effort, and long-term process reliability.