Optimized Mechanical-Hydraulic Composite Transmission
Adopts classic mechanical rotary drive to provide stable and powerful rotary torque, matched with precise hydraulic feeding and lifting system. It realizes stepless adjustment of drilling pressure and flexible lifting control, effectively avoiding the instability of full-mechanical rigs and high maintenance costs of full-hydraulic rigs. The composite structure balances construction efficiency and operational stability, perfectly adapting to medium-depth water well drilling working conditions.
Powerful Medium-depth Drilling Capacity
Equipped with enhanced heavy-duty spindle assembly and optimized power matching system, with strong rock-breaking performance and anti-jamming capability. It can stably drill through composite stratums such as dense soil, gravel and medium-hard weathered rock, effectively reducing drilling deviation, hole collapse and drill sticking risks. The stable output performance ensures high-quality wellbore forming for 400m medium-depth water wells.
Compact Integrated Skid-mounted Structure
The whole machine adopts integrated skid-mounted centralized layout with compact structural design and high overall rigidity. The optimized frame structure effectively resists drilling vibration and stratum impact, maintaining long-term operational stability. The integrated design simplifies on-site installation, debugging and migration procedures, realizing rapid project deployment and improving construction flexibility.
Low Operation Threshold & High Practicability
Features intuitive mechanical gear shifting and centralized hydraulic control system with simple operation logic, greatly reducing operator learning difficulty and on-site misoperation rate. The equipment is designed for civilian water conservancy scenarios, focusing on practicality and durability, suitable for various field construction teams with ordinary operation conditions.
Ultra-low Maintenance & Operating Cost
Adopts mature industrial-grade universal standard parts and simplified transmission structure with fewer vulnerable components and extremely low failure rate. All wearing parts have complete global supply channels with low replacement cost. The robust structural design reduces daily maintenance workload and long-term comprehensive operation investment.
Excellent Field Environmental Adaptability
Key load-bearing and moving components undergo wear-resistant, anti-rust and anti-corrosion treatment. The hydraulic system is equipped with dust-proof, leak-proof and wide-temperature adaptive modules. The rig can operate stably in high-temperature dry, low-temperature mild cold, windy dusty and humid rainy field environments, adapting to various outdoor rural and wild construction scenarios.
