Technological iteration empowers engineering efficiency. The mechanical gear pump of the drilling rig embarks on a new journey of green intelligence.


Release Time:

Jun 30,2026

With the deep penetration of new quality productivity in the field of engineering equipment, the drilling rig, as a core device in geological exploration, oil extraction, and infrastructure construction, has seen the upgrading and iteration of its power system as a key breakthrough for the high-quality development of the industry. As the "power heart" of the drilling rig's hydraulic system, the mechanical gear pump, with its advantages of simple structure, strong reliability, and wide adaptability, has undergone technological innovation and process optimization, and is steadily advancing towards high pressure, large flow, green, and intelligent directions, injecting strong kinetic energy into drilling operations under various complex working conditions, and promoting the dual improvement of construction efficiency and environmental protection levels. Among them, Qingzhou Jiahe Hydraulic Technology Co., Ltd. has been deeply engaged in the field of mechanical gear pumps for drilling rigs, taking technological innovation as the core, continuously promoting product upgrades, and has become a highly competitive benchmark enterprise in the industry.

The mechanical gear pump of the drilling rig is a core power component of the hydraulic system, and its performance directly determines the drilling efficiency, operation stability, and energy consumption level of the drilling rig. For a long time, the gear pump in the industry has suffered from problems such as insufficient high-pressure output, limited flow, large energy loss, high noise, and lack of intelligent monitoring, which have restricted the performance of the drilling rig in deep exploration and complex stratum construction. In recent years, Qingzhou Jiahe Hydraulic Technology Co., Ltd. has joined forces with research institutions to focus on technological breakthroughs, gradually solving industry bottlenecks through structural optimization, material upgrading, and intelligent empowerment, promoting a qualitative leap in the performance of mechanical gear pumps for drilling rigs and injecting new vitality into the development of the industry.

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