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FIORI DB250 S concrete mixer - Franco Clò Macchine Movimento Terra 1/6
FIORI DB250 S concrete mixer - Franco Clò Macchine Movimento Terra 2/6
FIORI DB250 S concrete mixer - Franco Clò Macchine Movimento Terra 3/6
FIORI DB250 S concrete mixer - Franco Clò Macchine Movimento Terra 4/6
FIORI DB250 S concrete mixer - Franco Clò Macchine Movimento Terra 5/6
FIORI DB250 S concrete mixer - Franco Clò Macchine Movimento Terra 6/6
 - Franco Clò Macchine Movimento Terra 1/6
 - Franco Clò Macchine Movimento Terra 2/6
 - Franco Clò Macchine Movimento Terra 3/6
 - Franco Clò Macchine Movimento Terra 4/6
 - Franco Clò Macchine Movimento Terra 5/6
 - Franco Clò Macchine Movimento Terra 6/6

FIORI DB250 S concrete mixer

The FIORI DB 250 S self-loading concrete mixer is a compact machine designed to produce, transport and unload concrete directly on site. It is a particularly useful solution for distributed jobs or in contexts where supply from concrete plants is complex or impractical.

Manufactured in 2003 by the Fiori Group, this DB 250 S belongs to a generation of self-loading concrete mixers designed with a very practical approach: robust mechanics, simple operation and operational autonomy, features that still make it suitable for use in many work contexts today.

Key operating points

  • Self-loading system: allows aggregates and cement to be loaded directly on site, reducing dependence on external supplies.
  • On-site concrete production: useful in distributed works, repairs or sites far from concrete plants.
  • Compact and manoeuvrable structure: suitable for urban and road construction sites or contexts with limited access.
  • Simple technical setup: typical of machines of that generation, with generally more accessible operational management and maintenance.

Who it is suitable for today

A DB 250 S from this year is suitable for small and medium-sized construction companies, maintenance work, road construction sites and distributed operations, where concrete needs to be produced directly on site without large continuous volumes. It is less suitable for high-productivity construction sites and more for autonomous and flexible operations.

 

MO533

Technical Specifications

Data may vary depending on the configuration