Soilmec offers productive, heavy duty cranes

Soilmec is completing its range of heavy-duty cranes with the introduction of the powerful SC-50 HD and SC-120 HD models. With the addition of these two cranes the range now comprises the SC-50, SC-70, SC-80, SC-90, SC-120 and SC-135 models. As with the existing machines the two new cranes are designed for use in tough working conditions and for applications such as diaphragm wall grabbing, hydraulic rotary boring, pile driving, dragline work, clamshell duties or dynamic compaction for example.
February 19, 2016 Read time: 2 mins
Soilmec’s new heavy duty cranes are tough and powerful
2959 Soilmec is completing its range of heavy-duty cranes with the introduction of the powerful SC-50 HD and SC-120 HD models. With the addition of these two cranes the range now comprises the SC-50, SC-70, SC-80, SC-90, SC-120 and SC-135 models. As with the existing machines the two new cranes are designed for use in tough working conditions and for applications such as diaphragm wall grabbing, hydraulic rotary boring, pile driving, dragline work, clamshell duties or dynamic compaction for example.

The models are fitted with Soilmec’s new H-cab, which features good all round visibility and high operator comfort. A key feature for the operator is the sophisticated touchscreen DMS package, which monitors working functions and parameters. This system allows full monitoring, recording and analysis of operation, with dedicated software providing full data handling and storage capabilities. Customers can specify the SC machines with either Tier 4 Fina/StageIV compliant diesels or Tier 3/Stage IIIA engines, depending on the location where the units will be used.

For more information on companies in this article

Related Content

  • New milling and stabilisation technology is coming to market
    May 29, 2013
    An array of new developments in the market for road recycling and stabilisation machines as well as milling equipment is now on offer - Mike Woof reports. Major new developments are being seen in the sector for road recycling and stabilisation equipment, as well as milling machines. New models are coming to market that benefit from the latest low emission engine technology to meet the increasingly tough European and North American requirements.
    Read More
  • Earthmoving developments for construction machines
    August 14, 2017
    Excavators, wheeled loaders and ADTs have all seen improvements for this year. New developments in earthmoving machines continue to help improve working efficiency for contractors. The excavator market is the largest single segment of the construction machine sector, with competition being tough between the major players, and a steady stream of new models coming to market. Doosan has launched the new Stage IV compliant DX225LC-5 crawler excavator, which is said to offer high performance, fuel efficiency, r
    Read More
  • New more efficient tools for loading and hauling duties
    September 30, 2013
    A number of key manufacturers are offering major improvements to their product offerings for loading and excavating. Key developments have been seen in engines and transmissions in particular, with vast reductions in emissions as well as improved fuel economy and working efficiency. Caterpillar’s 966K XE wheeled loader is one of the firm’s most sophisticated new models, with power from a 240kW diesel being delivered through an innovative continuously variable transmission (CVT). This technology is new t
    Read More
  • Latest GIS and software tools improve operations
    February 24, 2012
    Innovative GIS and software solutions are coming to market from the three key market players - Mike Woof reports Competition is strong in the field for GIS and surveying systems as well as the associated software. The three major players in the sector, Leica Geosystems, Topcon and Trimble, all invest heavily in research and development and continue to roll out new solutions for construction customers that will boost the efficiency of surveying as well as overall project implementation.
    Read More

Highlighted Content