On many construction sites, the main difficulty is not transporting material, but manoeuvrability. Where space to rotate the machine is limited or even non-existent, the CNF SW Series rotating minidumpers offer a practical, safe and effective solution.

Derived from the tried and tested CNF T95 and T150 models, the SW version minidumpers are designed to operate in conditions where side dumping is required, for example in long trenches, corridors or congested urban areas.

Side discharge with 180° hydraulic slewing ring

The strength of the CNF rotating minidumpers is the rotating body. Thanks to a hydraulic slewing ring, the body can rotate 180° to the right and left of the machine axis. This solution, inspired by medium-high-end earthmoving machines, guarantees fluidity, precision and absence of mechanical play, surpassing in efficiency the rotation systems with cylinder and rack and pinion.

The slewing ring allows fast and controlled unloading operations even in environments where manoeuvring is restricted or risky.

Robust and versatile, designed for every material

The CNF T150SW is available with two body types, designed to meet different operating conditions.

The first version is made of Heavy Duty steel, ideal for heavy-duty work and harsh environments. Alternatively, a reinforced polypropylene body is available, which is lightweight yet strong and perfect for transporting cement and concrete on construction sites where ease of cleaning and reduced operating weight are important.

A strategic option for working safely

Thanks to their hydraulic rotation and quality construction, CNF's rotating minidumpers allow operators to unload material without manoeuvring the entire machine. This translates into greater safety, less wear and tear and reduced working time. The SW Series is therefore a strategic choice for construction companies, road operators and urban construction sites where flexibility and precision unloading make the difference.
For technical details, model availability and configurations, please contact CNF via the dedicated page.