Luoyang, China – Luoyang Lutong Heavy Machinery officially presents the LTS308H single drum vibratory roller, a versatile 8-ton compaction
machine engineered to excel in road construction, municipal projects and various narrow working environments. Integrating powerful power
system, flexible hydraulic control and humanized design, this new model has become a cost-effective choice for global construction contractors.
The LTS308H is equipped with a national stage IV diesel engine with a rated power of 70.2 kW, delivering strong power output, fast acceleration
and outstanding load-bearing capacity. Adopting front drum hydraulic vibration and full hydraulic steering system, the machine features a
minimum turning radius of 6000 mm and a gradeability up to 35%. It moves nimbly even in narrow construction zones and complex terrains,
perfectly adapting to different working conditions.
Built with high-quality vibration structure, the roller generates strong excitation force to realize high compaction density and large compaction
depth, greatly improving overall working efficiency. Its articulated frame design ensures stable running and easy operation. The one-lever control
and stepless speed change system simplify operation procedures and reduce labor intensity for operators.
In terms of comfort and maintenance, the LTS308H is fitted with a spacious 360° full-view cab with low noise. The adjustable elastic suspension
seat provides a comfortable riding experience during long-hour work. The rear hood can be flipped at a large angle, and the rational layout of
core components makes daily inspection and maintenance convenient and time-saving.
As a core product of Luoyang Lutong’s small and medium-sized roller series, the LTS308H combines high performance, energy efficiency and
durability. It is widely applicable for compacting asphalt pavement, sand-gravel mixtures and cement ground. With reliable quality and competitive advantages, the model is well received by domestic and overseas customers, and will continuously support the development of global
infrastructure construction.
