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A truck or railcar does not need to come to a complete stop before being weighed using weigh-in-motion, or “dynamic,” scales. Instead, vehicles in your fleet simply pass over these specialised scales at a slower speed, and the weight data is detected and recorded in real-time for immediate and precise results.
Dynamic Weighing is a term used to describe the capacity to weigh moving items. When it is not practical to weigh goods on static scales or the item being weighed won’t stay motionless, as is the case with cattle and other forms of livestock, weigh-in-motion (WIM) is required.
The Global Dynamic Weigh-In-Motion scale market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Although a lot of trucking and railway businesses have traditionally employed static scale systems in their day-to-day operations, developments in the field of dynamic in-motion scale technology have made weigh-in-motion scale systems a competitive alternative that will also save them a lot of money.
A truck or railcar does not need to come to a complete stop before being weighed using weigh-in-motion, or “dynamic,” scales. Instead, vehicles in their fleet merely pass over these specialised scales at a slower speed, and the weight data is detected and recorded in real-time for immediate and precise results.
Several other sorts of applications, including transportation, waste management, agriculture, demolition and construction, mining, and many more, are adopting this cutting-edge technology on a widespread basis.
There are a number of reasons why this cutting-edge technology is displacing more conventional scale methods in many different industries, particularly in those where efficiency, speed, and flexibility are critical factors.
It is important to consider the value that a dynamic weigh-in-motion scale system may bring to any organisation that has to regularly weigh trucks or railcars. Think about these benefits that their firm can get when they choose a company like Walz to deliver cutting-edge dynamic scale solutions.
Weigh-in-motion scale systems are capable of being fully automated, which means that no human operator needs to be seated at the scale in order for it to function. There will be significantly less operator mistakes when they are not dependent on constant operator attention, which will increase the effectiveness of their operation.
Moreover, in addition to reporting overloading, these scales can also detect underloading, allowing users to make the most of the cargo capacity in their trucks and improving operating effectiveness.
