In Ground Pit
Engineered and Manufactured in Australia tailored to local standards and conditions.
Designed for demanding environments and heavy-duty usage, offering accurate and efficient weighing operations.
Combine Speed with Cost Savings
Space Efficiency: In-ground pit weighbridges provide a flush surface, which maximises available space and is ideal for sites with limited area.
Aesthetic Appeal: The seamless integration with the ground surface offers a cleaner and more visually appealing installation compared to above-ground options.
Vehicle Manoeuvrability: Vehicles can drive straight onto the weighbridge without the need for ramps, simplifying access and improving traffic flow.
Accuracy: The stable, in-ground installation can enhance accuracy in weight measurements by reducing external influences like wind.
Durability: Concrete decks are highly durable and capable of withstanding heavy loads and harsh environmental conditions, ensuring a long lifespan.
Australian Made: Manufactured in Australia ensuring compliance with stringent Australian regulations and quality controls, while also offering reliability and local support.
Safety: The flush design reduces tripping hazards and other safety concerns associated with elevated structures.
Cons of In-Ground Pit Concrete Weighbridges
Installation Complexity: In-ground installations require significant civil work, including excavation and foundation construction, which can increase time and costs.
Drainage Issues: Pits can collect water, requiring a drainage system to prevent water accumulation and potential damage to the weighbridge and load cells.
Maintenance Access: Accessing the weighbridge for maintenance or repairs can be more challenging due to the in-ground installation.
Initial Cost: The upfront costs for installation are generally higher due to the need for extensive civil work and infrastructure.
Permanent Installation: Once installed, in-ground weighbridges are more difficult and costly to relocate compared to above-ground options.
Temperature Sensitivity: Concrete can expand and contract with temperature changes, which may affect performance if not properly managed.
Downtime: Installation and maintenance can cause longer downtime compared to above-ground weighbridges, impacting operational efficiency.
