Industry solutions
Logistics & Transport
Unmanned weighbridges and fast in/out ticketing for high-vehicle-volume yards.
01What we hear from this industry
- Long queue times at manual weighbridges
- Disputed weighments between driver and yard
- No digital ticket trail for billing reconciliation
02How weighing actually works here
The weighbridge is a gate, not a side task
In logistics and transport yards, weighing sits directly in the vehicle's path in and out — it isn't an extra stop, it's the gate itself. A truck arrives, its number plate or RFID tag is read, it crosses a pitless or foundation-less weighbridge, and the software issues a ticket referencing that weighment before the boom barrier lifts. At high-volume yards this whole sequence needs to run in well under a minute per vehicle, because every second a truck spends stationary on the deck is a second added to the queue behind it. The deck, indicator, and gate hardware are chosen together as one flow, not as separate purchases.
Two weighments, one net figure
Freight is typically billed on net weight — the difference between a truck's loaded (gross) and empty (tare) crossing. That means the same vehicle crosses the deck twice, and the indicator or digitizer has to hold the first reading against the vehicle's identity until the second crossing closes the transaction. A digitizer with onboard record storage matters here specifically because it's what lets that first-leg weight survive a shift change, a network blip, or a day's gap between inbound and outbound crossings without anyone re-entering it by hand.
Unmanned operation depends on the gate hardware, not just the scale
A weighbridge alone doesn't make a yard unmanned — it's the combination of the deck, a motion sensor confirming the vehicle has actually stopped before the reading is accepted, RFID or QR identification confirming which vehicle it is, and a boom barrier that only lifts once the software has a valid ticket that turns automated weighing into an automated gate. Remove any one piece and a human has to step back into the loop to fill the gap.
03Problems it solves
Queue length is a throughput problem, not a patience problem
A manually operated weighbridge, where an operator keys in vehicle details and prints a ticket by hand for every truck, caps how many vehicles a yard can process per hour regardless of how many lanes it has. Automating identification, weighment capture, and ticket printing removes the operator from the critical path, so the ceiling on throughput becomes the mechanical crossing time rather than data-entry speed.
A verbal weight is not a defensible weight
When the only record of a weighment is what an operator reads off a screen and writes on a paper slip, a driver or a customer disputing the figure has nothing to check it against. A printed ticket tied to a digitally logged, timestamped weighment — ideally with the reading also visible to the driver on a remote display at the deck — gives both sides the same number at the moment it was taken.
Reconciling billing against a spreadsheet nobody trusts
Where weighbridge data lives only in a local ticketing tool, someone still has to transcribe it into whatever system actually generates invoices, and transcription is where numbers quietly diverge from what was weighed. A digitizer or indicator with a direct ERP/MIS uplink removes that hand-off, so the billing system pulls the same figure the deck recorded.
04Why it matters
In freight and transport, the weighbridge reading is the invoice — it's the number a shipper pays against, a carrier is paid against, and a customer disputes if it looks wrong. A yard that can't move trucks through quickly loses effective capacity even if the scale itself is accurate, because drivers and dispatchers route around slow gates over time. And a yard that can't produce a clean digital record of every crossing is exposed every time a weight gets contested, since there's nothing beyond someone's word to fall back on. Getting the gate right — fast, unmanned-capable, and fully logged — is what turns a weighbridge from a bottleneck into a competitive advantage for a high-volume logistics operation.
05Recommended equipment
Pitless (Above Ground) Weighbridge
Above-ground weighbridge for sites where civil pit excavation isn't practical — lower construction cost, easy maintenance access.
Foundation-less Weighbridge
Fully portable weighbridge that relocates in hours — needs only a hard, level ground base, no foundation work.
IT5405 Weighbridge Indicator
Microprocessor-based weighbridge controller with SAP/ERP uplink and dual-stage calibration.
IT5410 Digitizer
Field-programmable weighbridge digitizer with 200,000-record inbuilt storage and password-protected calibration.
Junction Box
Stainless-steel junction boxes for 4 to 10 load cells, IP65-rated with digital trim and inbuilt surge protection per channel.
Remote Display
7-segment red LED remote weight displays, RS232C-connected, from 1-inch to 4-inch character sizes.
Motion Sensor
Vehicle positioning/motion sensor — confirms the vehicle is stationary and correctly positioned before a weighment is accepted.
QR Code Scanner
QR-code-based vehicle/ticket identification — an alternative to RFID for sites that prefer a printed or driver-app code.
RFID Vehicle Identification
RFID tag-based vehicle identification for unmanned weighbridge access control — HF or UHF read range options.
Weighbridge Ticket Printers
Weighbridge ticket printers — thermal or impact dot-matrix, for legally-admissible weigh tickets with sequential numbering.
Compression Load Cell
Compression load cell, 10–50 tonne capacity, OIML R60-compliant, stainless steel construction.
Double-Ended Shear Beam Load Cell
Double-ended shear beam load cell with ball arrangement, IP68-rated, alloy steel construction — the standard weighbridge load cell format.
Modular Weighbridge
Mild-steel modular weighbridge for road vehicle weighing, shipped in bolted modules for fast on-site assembly.
Boom Barrier
Automated vehicle boom barrier for unmanned/gated weighbridge sites — opens on authorized weighment, stays shut otherwise.
Traffic Light
Vehicle traffic signal for weighbridge lane control — red/green sequencing tied to the weighment cycle.
06In the field
07Frequently asked
How fast can a truck actually get through the weighbridge?
With RFID or QR identification, a motion sensor confirming a stable stop, and automatic ticket printing, a single crossing typically takes well under a minute once the vehicle is on the deck — the bigger driver of overall queue time is usually lane layout and approach traffic, not the weighing step itself.
Do we need two separate weighbridges for inbound and outbound?
No — most high-volume yards run gross and tare weighments on the same deck, with the software tracking each vehicle's first crossing against its identity until the second crossing closes out the net weight. A second deck is usually about adding lane capacity, not a functional requirement.
Can the system flag a mismatched or unexpected vehicle before it weighs?
Yes — RFID or QR-based vehicle identification checked against an expected-vehicle list can hold the barrier closed for anything not recognized, before it ever reaches the deck, which is a cleaner control point than catching a mismatch after the weighment.
What happens if the network goes down mid-shift?
A digitizer with onboard record storage keeps logging weighments locally regardless of network status, so a connectivity outage doesn't stop the gate from operating or lose transaction history — records sync to the ERP once the connection is back.
Is a pitless or a foundation-less weighbridge better for a logistics yard?
Pitless suits a permanent high-volume gate where the yard layout is settled; foundation-less suits a newer operation, a leased site, or one that expects to relocate or add gates as volume grows — the choice comes down to how fixed your site plan is, not weighing performance.
Talk to us about your site
Tell us the application — we'll tell you what actually fits, not a generic recommendation.