Modular concrete batching plants from the CBS Elba series are a flexible solution that allows you to adapt concrete production lines to the unique conditions of any construction project. With their modern design, ease of expansion, and fast assembly, they are a preferred choice for large contractors as well as smaller investors operating in limited spaces.
Why Choose a Modular CBS Elba Plant?
CBS Elba by Ammann is a modular batching plant series known for:
- Quick and easy assembly/disassembly,
- Compact design with high output (up to 128 m³/h),
- Customizable configurations based on site needs.
These features make this ideal for projects where space is tight, and rapid deployment of concrete production is essential.
How to Choose the Right Configuration
1. Analyze Your Site Conditions
Before selecting your plant setup, consider:
- Available area and layout,
- Logistics (access routes, transport of materials),
- Environmental regulations (noise, dust emissions).
2. Choose the Right Components
This systems allow you to customize your plant with:
- Cement silos in different capacities,
- Single- or twin-shaft mixers,
- Aggregate transport and weighing systems,
- Control units with process automation.
3. Efficient Assembly Process
Thanks to its prefabricated modular structure, the CBS Elba plant can be assembled in just a few days. Modules are delivered ready for installation, minimizing downtime and accelerating concrete production startup.
Benefits of Using CBS Elba
- Flexibility – the plant grows with your project’s demands,
- Mobility – can be relocated to another construction site,
- Cost-efficiency – reduced transport, setup, and maintenance costs,
- Quality – precise ingredient dosing and modern automation systems.
Conclusion
Designing a modular CBS Elba concrete batching plant provides both technological and operational advantages. It’s an investment that adapts to your needs—not the other way around. By choosing the right configuration, you gain productivity, flexibility, and reliability in any construction environment.