The Swing Loader architecture results in an economy of movement. This translates into reduced cycle times, noise and visual nuisance, maintenance and risks of accidents, as well as a lower impact on the environment.
While diesel versions of the Swing Loader limit fuel consumption through this economy of motion, the electric eS1000 version also consumes only the right amount of energy for the jobsite operation and optimizes battery use for an unprecedented 8-hours autonomy.
es1000
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Stability
Proven stability
Whatever is lifted by the bucket at the front, once the rear axle is locked, can be turned through 180° without any loss of steadiness. Thanks to this incredible stability in all positions and on all terrains, the Swing loader is able to drastically transform the logistics of construction sites.
Whatever the circumstances, it never loses its balance whether moving on site, between sites or during the various work stages, maintaining its mobility while reliably and securely overcoming any obstacles with ease.
Articulated Loader
Stability
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Swing Loader
Stability
es1000
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Space Management
Mecalac Swing, Immediate Efficiency
Urban construction sites and places with limited space and time to work are the natural environment for compact wheel loaders. The small turning radius of our swing loaders ensures a very high degree of manoeuverability. In addition, efficiency is determined by loading and unloading cycles. A large proportion of the conventional loaders’ cycle times consists of time-consuming maneuvers.
The innovative Mecalac Swing Loader concept is born from the wish to focus on operation efficiency to reduce these non added-value maneuvers by swinging the boom, instead of moving the machine itself.
