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MacDev’s Conveyor Belt Weigher Scale Systems (MDBS Series) are high-precision, in-motion weighing solutions designed to measure the real-time flow rate and totalized weight of bulk materials traveling on conveyor belts of any length.
Engineered for rugged industrial environments, these belt weighers deliver stable, repeatable, and reliable performance without interrupting material flow, making them an economical and dependable solution for modern bulk material handling operations.
Unlike static weighing systems, MacDev Conveyor Belt Weighers measure material directly on the moving conveyor. The system can be retrofitted on existing conveyors without structural modification, allowing accurate throughput monitoring with minimal downtime.
The Conveyor Belt Weigher continuously measures the material load using high-precision strain gauge load cells mounted beneath the weighing idlers. Belt speed is monitored through a tachometer or speed sensor generating pulses across a wide operating range.
The weighing controller processes load and speed signals to calculate instantaneous flow rate and cumulative tonnage. Advanced signal conditioning compensates for belt variations and environmental influences, ensuring consistent and dependable results.
MacDev Conveyor Belt Weigher Scales are widely used in industries where continuous material flow measurement is essential for process control, inventory management, and production reporting.
MacDev Conveyor Belt Weighers are trusted across industries where accurate throughput data directly impacts operational efficiency and cost control.
“Measure material in motion. Control throughput. Optimize performance.”
– MacDev Engineering Solutions
MacDev offers complete end-to-end Conveyor Belt Weigher solutions, including system engineering, manufacturing, installation, calibration, commissioning, and annual maintenance services.
Each system is custom-engineered to suit conveyor width, belt speed, material characteristics, and plant conditions—delivering long-term accuracy, reliability, and operational confidence.