When geologists face unpredictable ground conditions — from soft clay to hard granite — they turn to full-hydraulic drilling systems for reliability, adaptability, and control. These rigs provide consistent core quality whether deployed in surface-level surveys or deep underground operations.
At the forefront is the exploration coring drill rig, capable of reaching depths exceeding 1500 meters. It uses hydraulic-driven mast and feed systems to maintain steady force during penetration. Advanced torque control helps avoid core breakage, especially in layered formations or variable-pressure zones.
For remote locations, the portable full-hydraulic core drilling rig is engineered to move with minimal infrastructure. With a trailer-ready base, it deploys in rugged terrain and begins operation within hours. Despite its light form, it supports heavy-duty drilling systems and long sample runs, all managed through smart hydraulic controllers.
Accuracy in geological profiling depends on the quality of core extraction. The geological core sampling rig preserves rock structure through a combination of barrel pressure equalization, slow-start hydraulics, and double-wall core tubes. It’s especially effective in water-bearing zones where sample integrity often suffers.
The portable geotechnical drilling rig serves urban and civil projects, supporting SPT testing, soil sampling, and shallow rock coring. Its collapsible mast and low-noise hydraulic engine make it suitable for work near buildings, roads, or other sensitive infrastructure. It's a go-to for engineering firms handling foundation evaluation.
Underground work demands agility and power. The crawler underground drill rig meets both needs. With a track-based system, it maneuvers into tunnels, basements, and shafts. Articulating arms and real-time bore tracking ensure drilling follows precise geotechnical models — essential in mining and hydro projects.
The hydrualic core drilling machine sits at the heart of system control. Its centralized dashboard monitors pressure, fluid return, bit speed, and sample load. With safety shutoff, digital diagnostics, and remote access, field crews gain full visibility over drilling progress and risks in real time.
Equipped with high-torque rotary heads and water-lubricated systems, the rock drill offers optimal performance against quartzite, basalt, and other dense rocks. Drillers can adjust RPM to suit lithology, reducing bit wear and improving sample clarity.
Completing the setup is the rock sampling rig, designed to extract and handle samples with laboratory precision. It includes orientation marking tools, secure barrel caps, and humidity preservation compartments, ensuring cores are lab-ready upon arrival.