Split Weighbridge

Solve the transportation bottleneck of oversized scales

This modular design philosophy addresses the inherent limitations of traditional floor scales. Conventional monolithic scales, often stretching over ten meters in length, cannot fit into standard shipping containers and face transportation restrictions due to their excessive size. By adopting a modular architecture, these scales become easily transportable through both maritime and land routes – a critical factor enabling their global market expansion.

Adapt to harsh installation environment

Space-constrained scenario: 

Suitable for installation locations with narrow passages (such as indoor yards, underground garages), where lifting equipment cannot be entered or the working radius is insufficient. The modules can be manually transported to the site and then assembled.

Special geological environment: 

In some places with uneven geology or weak bearing capacity, the split structure can better adapt to the slight deformation of the foundation and reduce the requirements for foundation construction.

It is used in various trade and industrial weighing scenarios.

Port and logistics center: 

Used for accurate weighing of import and export goods and containers, as the basis for international trade settlement, freight calculation and customs duty collection.

Large-scale overseas engineering projects: 

In mines, power stations, highways and other infrastructure projects, used to count the weight of sand, cement, steel and other materials in and out, for cost control.

Agriculture and grain industry: 

Used for grain storage, processing plants to trade settlement of grain purchase and sales.

Waste treatment and renewable resources: 

The cost or transaction amount of waste treatment at landfills and recycling stations is calculated by weight.

Modular design：As a modular weighing system, the split-type floor scale is distinguished by its detachable physical structure. Unlike traditional monolithic scales, it consists of multiple independent weighing modules connected through mechanical and electrical systems. Each module contains high-precision sensors and signal processing units, forming complete weighing units. These modules can either be seamlessly assembled into a large-scale platform for vehicle measurement or disassembled for decentralized deployment, enabling dynamic or static axle load measurements.

The installation offers flexible options: Shallow foundation pit mounting keeps the platform flush with ground level for easy vehicle access, while non-pit installation allows direct placement on solid surfaces, significantly reducing construction costs and timelines. Electrical connections link all modules to a central junction box or main processor via dedicated cables, enabling centralized data processing and clear display of weighing results on external instruments or computer systems.

The modular design of split-type weighbridges delivers three core advantages.

First, their unique modular configuration ensures unparalleled flexibility and portability. The detachable structure enables seamless relocation for on-site weighing operations, temporary inspections, or rental services, enabling "precision weighing on the move."

Second, they excel in installation and maintenance. The significantly reduced civil engineering requirements lower initial costs while shortening installation timelines. When individual modules malfunction, maintenance requires only targeted repairs without compromising the system's functionality, dramatically improving operational efficiency.

Third, these versatile units serve multiple purposes: they can function as integrated vehicle scales or standalone axle scales, effectively managing over-dimensional loads across industries like transportation, logistics, metallurgy, and mining.

Finally, standardized modular manufacturing ensures high-precision measurements and long-term stability, delivering reliable and cost-effective weighing solutions that meet diverse industry needs.