This compactor uses cutting-edge hydraulic compression technology, as well as an optimized compaction wheel design for the most thorough, consistent wadding of waste possible. In addition, creating minimal air pockets inside the waste allows for maximum usage of dense material, which reduces the actual physical footprint of the landfill itself.
The machine can be equipped with a high-performance diesel drive system, with stable available power even during a long-duty process. The fuel or electricity consumption is reduced due to energy distribution design, which is optimized to suit per se.
The compactor blends a sturdy design with high-strength materials for carrying heavy workloads. Critical components are specially treated to resist wear and corrosion, ensuring a longer life and less downtime due to maintenance.
It is also equipped with a low-emission power system that minimizes air pollution. Its low-noise operation also minimises the environmental impact of processing at landfill sites while meeting modern sustainability demands.