350m Bore Depth 8600Kg Hydraulic Crawler Water Well Drilling Machine Dual-purpose Drill Rig

This water well drilling rig is designed as a versatile borehole drilling machine capable of handling both shallow and deep well drilling projects. It supports both air DTH drilling and mud rotary drilling methods, making it suitable for soft soil, hard rock formations, and complex geological conditions. One machine can efficiently complete multiple types of water well and borehole drilling operations.

• High Torque and Reliable Performance in Tough Conditions

With strong rotary torque and stable hydraulic power, the drilling rig performs reliably in hard rock drilling and deep borehole construction. The diesel power system is engineered for long-term operation, with easy access to spare parts in international markets. High lifting capacity helps reduce risks such as stuck drilling tools or borehole collapse.

• Faster Drilling Speed and Lower Labor Requirements

The rig is equipped with a dual-speed feeding and lifting system, enabling faster rod handling and reducing non-productive time during rod changes. Integrated auxiliary winch support improves operational efficiency and reduces the need for additional lifting equipment, helping lower overall labor costs and improve drilling productivity.

• Flexible Configuration and Cost Efficiency

Compatible with most standard air compressors and drilling rods on the market, this water well drilling machine allows operators to utilize existing equipment without additional large-scale investment. Adjustable drilling configurations provide flexibility for different project requirements, improving cost efficiency for contractors.

• Strong Mobility for Remote and Rough Terrain

Built on a crawler chassis with strong climbing capability, the drilling rig can easily access narrow, uneven, and mountainous job sites. The fully hydraulic control system simplifies operation, while adjustable outriggers ensure stable setup on irregular ground conditions. The compact transport design allows easier relocation between job sites, even in remote field environments.

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