If you're weighing anything from standard trucks to mining vehicles, the scale needs to be built for that kind of load — not just rated for it on paper, but actually holding up to it day after day. On paper, a spec sheet looks the same whether a scale sees ten crossings a day or two hundred. In practice, it's not the same at all. Every pass adds a little more wear — the impact of a loaded axle hitting the platform, the flex in the deck, the strain on the load cells underneath. A weighbridge that's only "rated" for heavy loads without being built to absorb that kind of repeated punishment will show it soon enough, usually in the form of readings that quietly start to drift. That's the range we work in at Fangda: weighbridges from 30 to 200 tons, designed for heavy-duty vehicles and high-volume traffic, built with the day-after-day reality in mind, not just the number on a datasheet.

Platform length and configuration aren't fixed. We adjust them based on what's actually going to be driving over the scale, how often, and what the installation site looks like. A logistics yard humming with steady truck traffic all day looks and feels nothing like a mine site — the trucks are lighter but more frequent, drivers are moving fast, turnaround matters more than anything else, and the platform needs to keep up with that pace without becoming a bottleneck. A mine site is a different rhythm entirely: fewer vehicles, but each one heavier, slower-moving, kicking up dust, often running on rougher ground that puts more stress on the foundation itself. Forcing both of these operations onto the same standard-size platform ignores what's actually happening on the ground, so we start with the site and the vehicles, not the other way around.
This capacity range covers a lot of ground in practice — trucks, mining vehicles, logistics fleets, general industrial transport. What they all have in common is that they need a scale that won't wear out or drift out of accuracy after a few years of heavy use. That drift is more than an inconvenience. It's the kind of thing that quietly erodes trust — a driver questions a reading, a customer disputes a settlement, a manager starts double-checking numbers that used to be taken for granted. None of that shows up the day the scale is installed; it shows up two or three years in, once the wear has had time to add up. That's the part we pay the most attention to during design and manufacturing, since a weighbridge that needs constant recalibration or repair ends up costing more than it saves — not just in maintenance bills, but in downtime, in disputes, and in the confidence people place in the numbers it produces.
If you're setting up a new weighing point or replacing equipment that's not keeping up with your traffic volume anymore, let us know the details of your site and vehicle types. We can walk you through what capacity and configuration would actually make sense for your operation, rather than just quoting a standard size.