Key Takeaways

A 60-ton weighbridge is a truck scale with a nominal maximum weighing capacity of 60 metric tonnes. Choosing the right system involves more than confirming that number: buyers should also check platform dimensions, vehicle and axle loads, installation conditions, weighing regulations, and electronic data requirements. At Wanji, we recommend agreeing on these project details before requesting a final configuration and quotation from a manufacturer.

For more information, please visit our website.

• Match rated capacity and platform size to the heaviest vehicles and traffic pattern at your site.
• Compare steel and concrete decks, and pit-mounted and pitless installations, against local conditions and maintenance access.
• Confirm the full scope, including load cells, indicator, software or data interfaces, installation responsibilities, and commissioning.

Who This Guide Is For

This guide is for procurement teams, plant managers, engineers, and business owners planning to purchase a truck weighbridge for commercial or operational weighing. It is useful when you are preparing a new installation, replacing an existing scale, or comparing proposals from a 60 ton weighbridge manufacturer. The recommendations are intended to help you define requirements; final design and compliance details depend on the project location and applicable rules.

What a 60-Ton Weighbridge Does

A truck weighbridge measures a vehicle’s gross weight while the vehicle is positioned on a platform. A typical electronic system includes the weighing deck, load cells, a junction or connection system, a weighing indicator, and, where required, software or interfaces for recording transactions. Depending on the operating process, the system may capture gross and tare weights to calculate net material weight.

The 60-ton rating describes the scale’s nominal capacity, not a guarantee that every vehicle configuration or axle load is suitable. Buyers should share the heaviest vehicle’s gross weight, axle arrangement, and expected loading pattern with the manufacturer. Applicable trade-use requirements and verification procedures should also be checked with the relevant local authority or qualified service provider.

Types, Materials, and Configuration Options

Steel and Concrete Decks

Steel-deck weighbridges can be relevant where buyers value modular construction or need a configuration that can be transported and assembled in sections. Concrete-deck designs use a concrete weighing surface and may suit projects where the civil works and installation plan are designed around that structure. Neither material is best for every site; compare installation requirements, local climate, maintenance access, transport constraints, and expected traffic.

Pitless and Pit-Mounted Installations

A pitless weighbridge is installed above ground and generally requires suitable approach ramps. This arrangement can make some inspection and cleaning tasks more accessible, but the site needs sufficient space for safe vehicle entry and exit. A pit-mounted design places the platform in a prepared foundation, which can reduce the ramp requirement while making drainage, pit access, and water management important design considerations.

Illustrative Dimensions and Capacity

Platform length and width must fit the vehicles to be weighed and the available site footprint. For early planning only, a buyer might compare a 60 t capacity with an illustrative 18 m long by 3 m wide platform; these dimensions are not a universal specification or a recommendation for every truck. Confirm the required dimensions with the manufacturer using actual vehicle measurements, turning paths, approach conditions, and the weighing method.

Match the Weighbridge to the Application

For a logistics yard, the key requirements may include reliable vehicle identification, clear transaction records, and integration with existing dispatch procedures. In mining, aggregates, or construction-material operations, buyers may need to evaluate heavy vehicle traffic, debris exposure, platform access, and the practical cleaning routine. Agricultural and industrial sites may have seasonal or varied vehicle types, making flexibility in operating procedures and data capture important.

We encourage buyers to map the complete vehicle journey, not only the weighing position. Check the approach and exit routes, traffic flow, queue space, drainage, power availability, and the location of the operator or control room. If trucks must be weighed in both directions or at different stages of loading, explain that process before the system is specified.

A Practical Selection Framework

1. Define Capacity and Vehicle Loads

List the maximum expected gross vehicle weight and the axle configurations that will use the scale. Include any unusual vehicles, concentrated loads, or operating conditions that could affect the deck and foundation design. Ask the manufacturer to confirm that the proposed capacity and configuration fit the stated use rather than relying on the capacity figure alone.

Link to Wanji

2. Confirm Dimensions and Civil Works

Provide a site plan or measured layout showing available length, width, access routes, and proposed scale position. Ask which foundation drawings, drainage provisions, ramps, and site preparations are included in the proposal and which are the buyer’s responsibility. For a retrofit, share details of the existing foundation and equipment, but do not assume the old civil works are suitable without assessment.

3. Specify Accuracy and Weighing Rules

Ask the supplier to state the proposed weighing divisions, operating limits, and verification or calibration arrangements. The required metrological class, approval, and inspection process may depend on the country and whether the scale is used for commercial transactions. Confirm these points with the appropriate local authority before placing an order.

4. Review Electronics and Data Systems

Identify how weighing data should be recorded, retrieved, and shared. Discuss the indicator, transaction software, user permissions, report fields, backup practices, and any required connection to ERP, inventory, or dispatch systems. Before approving an interface, confirm technical compatibility with your existing hardware and software rather than assuming that a connection is included.

5. Agree on Service and Project Scope

Clarify delivery terms, installation responsibilities, commissioning, operator training, documentation, and after-sales support. If remote troubleshooting or periodic inspection is important, ask how it is provided and what response arrangements are available for your location. A written scope makes it easier to compare offers on more than the headline equipment price.

Pricing, MOQ, and Lead Time

The price of a 60-ton weighbridge depends on the selected deck material and dimensions, weighing electronics, software requirements, transport, and installation scope. Civil works, site access, electrical preparation, and local verification may be quoted separately, so request an itemized proposal. There is no single reliable price or lead time for every project without a confirmed configuration and destination.

Ask the manufacturer whether there is a minimum order quantity for your chosen model or customization; requirements can vary by supplier and project. Request an estimated production and delivery schedule after the technical scope is agreed, and confirm which milestones affect it. For budget comparisons, use equivalent specifications and delivery responsibilities across supplier quotations.

Manufacturer Evaluation Checklist

A capable supplier should be able to discuss the relationship between capacity, platform dimensions, foundation design, electronics, and the intended application. During evaluation, ask for written specifications, general arrangement and foundation information where applicable, component details, and a clear division of responsibilities. A proposal that leaves these items undefined may be difficult to compare or implement.

• Does the proposal state capacity, deck dimensions, construction type, and installation arrangement?
• Are the weighing indicator, load cells, software, and data interfaces clearly identified?
• Does the supplier explain what is included for transport, installation, commissioning, and training?
• Can the supplier clarify documentation, warranty terms, maintenance needs, and service availability?
• Have local approval, verification, and commercial weighing requirements been considered?

At Wanji, we recommend sharing your application, vehicle details, site conditions, and data-system needs before asking for a final recommendation. This gives our team a clearer basis for discussing a suitable configuration and identifying questions that need local engineering or regulatory review. Buyers should evaluate any manufacturer’s written proposal against the same checklist.

Conclusion: What to Do Before You Request a Quote

The right 60-ton weighbridge is the one whose capacity, dimensions, structure, electronics, and installation plan match your vehicles and site—not simply the unit with a 60 t label. Start by documenting vehicle weights and axle layouts, measuring the site, choosing a preferred installation approach, and listing your transaction-data requirements. Then compare itemized proposals and confirm local weighing rules before committing to a design.

To discuss a project with Wanji, prepare your required capacity, approximate platform dimensions, site location, vehicle information, weighing workflow, and software or interface needs. We can use those details to discuss specification options, clarify project scope, and prepare a quotation for your evaluation.