HYDROMIX / SBM EUROMIX® 3300 SM SUPERMOBILE CONCRETE BATCHING PLANT

SBM batching plants offer a wide production range to suit small, medium, and large construction projects. Depending on the model selected, output capacities typically range from 60 to 330 cubic metres per hour, making them suitable for everything from local developments to major infrastructure works.

The standard lead time for SBM batching plants is 16 weeks or more, depending on plant configuration, production schedules, and any custom specifications required. Larger or more complex systems may take longer due to manufacturing, quality testing, and logistics planning before delivery and site readiness.

SBM batching plants are available in skip-fed and conveyor-fed configurations. The best option depends on the required output, site layout, available space, and budget. Skip-fed systems suit compact sites, while conveyor-fed systems are ideal for high-output operations needing faster material movement and continuous production efficiency.

No, SBM batching plants do not use a back weigh system. They use a weigh belt system that allows continuous, highly accurate material measurement as aggregates are conveyed. It improves batching precision, reduces material waste, and supports smoother concrete production performance.

Installation time for SBM batching plants typically starts from two weeks upwards, depending on plant size, foundation readiness, site access, and mechanical complexity. Larger high-capacity plants may require additional time for commissioning, calibration, and system integration to ensure safe and optimal operational performance.

Yes, craneage is required during installation to safely lift and position major components such as aggregate bins, silos, conveyors, and mixer units. Using cranes ensures accurate placement, faster assembly, and improved site safety, particularly for larger batching plants with heavy prefabricated structures.

SBM batching plants require a solid concrete foundation capable of supporting heavy operational loads and continuous vibration during production. The concrete base must be level, reinforced, and designed to suit plant size to ensure long-term stability, accurate weighing performance, and structural safety.