From logistics and transportation to food manufacturing and agriculture, weighing technology plays a crucial role. Yet, in the past, these industries relied on manual methodologies and traditional measurement techniques.
Weighing scales, predominantly mechanical in nature, operated through spring or lever mechanisms that required manual adjustments and calibration. Such systems were susceptible to inaccuracies, stemming from factors like friction and wear, with operators carrying out labour-intensive practices that made them manually position objects on scales before visually interpreting measurements.
The resulting documentation and record keeping involved paper-based methods, which are not only prone to errors, but are time-consuming too. All these factors made quality control very challenging, often resulting in discrepancies, delays, and increased risk of regulatory non-compliance.
Increased efficiency
These challenges have influenced the advancement of digital weighing technology. In fact, the global industrial weighing equipment market is predicted to expand over 1.7 times between now and 2033, due to the increasing demand for automated weighing solutions.
Read the full article in DPA's November issue