Intelligent upgrading reshapes rotary drilling rig construction, boosting efficiency via core technologies. Its intelligent drilling control system uses multi-sensor fusion for real-time optimal parameter matching, improving efficiency by 40% vs manual operation. Remote monitoring and fault early warning (via cloud and big data) prevents failures to ensure continuous work. Collaborative operation system enables multi-equipment scheduling and data sharing, cutting manual input by 50%. Cases show intelligent rigs shorten single pile time by 37.5% and overall efficiency by 35%-40%. Beyond tech upgrade, it innovates construction concepts. Future with 5G and AI, full-domain collaboration and virtual construction will empower infrastructure engineering. Read More

As the core equipment for pile foundation construction, rotary drilling rigs pose risks of overturning and collapse during operation. These risks not only may cause equipment damage but also directly threaten the life safety of construction personnel. Combining the risk characteristics obser Read More

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In rotary drilling rig operations, rotation speed and torque settings are not fixed but must be dynamically adjusted based on geological conditions. Use high speed, low torque for soft soil; medium-low speed, medium-high torque for sandy gravel layers; and low speed, high torque for rock layers. The core principle is: Torque determines if it can drill, while rotation speed determines how fast it drills. The two must be perfectly coordinated for efficient and safe construction. Read More

In the field of engineering construction and material handling, cranes, tower cranes, and elevators are often mentioned, but there are significant differences in their functional positioning, applicable scenarios, and performance characteristics, and they are not the same type of equipment. Read More