Loader Scales

How to choose a loader scale

An onboard scale should match both the machine and the way material moves through the operation. Start with equipment type, then compare weighing method, operator workflow, display and recordkeeping needs, and installation requirements.

Start with the machine

Wheel-loader choices include the SCI WLS430, SCI WLS432, SCI WLS555, Walz LS-200, and Walz LS-300. Skid-steer, forklift, telehandler, and excavator systems use different machine inputs and installation details, so choose from the products assigned to the matching equipment type rather than assuming one kit fits every machine.

Static versus weigh-on-the-move

A static system requires the machine to be stationary at the weighing point. A weigh-on-the-move system captures weight during the operating cycle and can better suit higher-throughput loading. The right choice depends on required speed, repeatability, operator process, and the selected machine application.

Displays, records, printers, and connectivity

Model capabilities vary. Compare the display, saved materials and attachments, customer or job records, load accumulation, ticket-printing options, and data export before choosing. If printed load tickets are required, review compatible scale printers and confirm the connection for the selected system.

Machine fit, calibration, and trade use

Before ordering, confirm the machine make, model, year, attachment, hydraulic configuration, operating voltage, and installation environment. Proper installation and calibration are necessary for dependable performance. Do not assume an onboard scale is legal for trade; if weight will determine price, verify the selected model's current approval and installation requirements.

Compare brands and get fitment help

Browse the SCI onboard scale range for static, dynamic, wireless, telehandler, and excavator options. Northline also carries Walz wheel-loader, skid-steer, and lift-truck systems. For help narrowing the list, contact Northline Scale with the machine and workflow details.