About LONKING CDM6155W Wheel Excavator

The LONKING CDM6155W wheel excavator is a medium-sized wheeled excavator suitable for municipal engineering, road maintenance, and agricultural irrigation projects. Equipped with a powerful power-train, it easily handles a variety of complex excavation tasks, whether in hard soil or loose sand and gravel. Its wheeled design not only facilitates rapid transitions on public roads but also significantly enhances its maneuverability and flexibility, enabling rapid transitions between construction sites, effectively saving time and costs.

LONKING LONKING CDM6155W Wheel Excavator Specification

Product Name: LONKING CDM6155W Wheel Excavator

Application: Digging work

Engine: CUMMINS, Euro 3

Loading Capacity: 6000kg

Bucket Capacity: 0.5-1 m3

Drive Type: Wheel type

Fuel Tank: 270L

Hydraulic Tank: 159L

Dimension:7930x2590x3070mm

LONKING CDM6155W Wheel Excavator specification only for your reference, we can manufacture other model basic your request.

LONKING CDM6155W Wheel Excavator Flexibility

The LONKING CDM615W wheel excavator utilizes a wheel drive system, achieving a maximum speed of 23 km/h and significantly improving its transfer efficiency compared to tracked models. The wheeled design not only enhances maneuverability but also significantly reduces ground damage, making it particularly effective in operations requiring surface protection, such as municipal engineering and pipeline laying. Its compact size also makes it suitable for use in confined environments such as narrow alleyways, gardens, and warehouses.

LONKING CDM6155W Wheel Excavator Durability

To withstand the intense workload and extend the lifespan of the LONKING CDM3155W wheel excavator, key structural components, such as the boom and bushings, have been reinforced. This doubles the wear lifespan, reduces wear and tear, and reduces maintenance costs for customers. Furthermore, the LONKING CDM6155W wheel excavator boasts exceptional overall stability, maintaining a well-balanced state even in complex and harsh working conditions. This effectively avoids safety hazards caused by shaking or tilting, providing a safer and more reliable working environment for operators.

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