Liugong 8128H

Liugong 8128H Wheel Loader is a versatile and powerful machine designed for demanding applications. In waste management and recycling, it efficiently handles large volumes of waste material, making 8128H Wheel Loader ideal for landfills and recycling facilities. Its robust build and strong lifting capacity also make it a reliable asset in forestry, where it can manage tasks such as land clearing and transporting logs. For snow removal, the Liugong 8128H excels in clearing large snow accumulations, ensuring efficient operation in harsh winter conditions. Additionally, in material handling at ports and shipping yards, its large bucket capacity and lifting power ensure the efficient movement of cargo and containers, improving productivity in high-traffic environments.

Liugong 8128H is a heavy-duty machine designed for large-scale operations with powerful specifications. It features a 541 hp engine that delivers exceptional performance in demanding tasks. With an operating weight of 52,000 kg, 8128H Wheel Loader can handle the heaviest loads efficiently. The bucket capacity ranges from 6.5 to 12 m³, making Liugong 8128H Wheel Loader suitable for a variety of material handling applications, whether for construction, mining, or waste management. The 4,550 mm wheelbase ensures stability and improved maneuverability, even in rough and uneven terrain.

Liugong 8128H Wheel Loader stands out with its CEV Stage IV compliant engine, which not only ensures compliance with the latest environmental regulations but also delivers impressive power and fuel efficiency. The high-efficiency power trains further optimize fuel consumption, reducing operational costs and enhancing productivity, particularly in industries like waste management and material handling. For the operator, the spacious and ergonomic AC cabin offers exceptional comfort, excellent visibility, and reduced noise, allowing for long shifts with minimal fatigue. Additionally, its ground-level serviceability design makes maintenance easy and quick, minimizing downtime and maximizing operational efficiency.