The success of a geological core project doesn’t begin when the bit hits the ground — it starts with the right equipment configuration and ends with a clean, intact core ready for analysis. Full-hydraulic drilling rigs are engineered to support every phase of the project — from planning and deployment to drilling, sample recovery, and data handling.
The exploration coring drill rig features automated mast control, torque-calibrated heads, and adaptive feed systems that provide real-time compensation for lithology variation. Whether coring through sedimentary seams or crystalline bedrock, it guarantees high recovery rates with minimal deviation.
The portable full-hydraulic core drilling rig is a field-ready solution for locations with limited access. It comes with quick-release joints, compact footprint frames, and a built-in hydraulic pack. Deployed in remote terrain, it requires no heavy infrastructure and is operable by a two-person crew.
To ensure structural and mineralogical fidelity, the geological core sampling rig uses core-catcher stabilization, dual-wall barrels, and soft-start hydraulic feed. A digital sample log is generated automatically, minimizing human error and ensuring traceability from field to lab.
Whether it's for road expansion, bridge piling, or urban tower foundations, the portable geotechnical drilling rig is trusted by civil engineers. Its rotating head accommodates auger, rotary, and core sampling, while side-mount sensors measure soil resistance and deliver N-values in real time.
The crawler underground drill rig is designed for minimal footprint and maximum access. It maneuvers into tunnel corridors, shafts, and basements while maintaining stability on slopes and unstructured ground. The hydraulic boom enables multidirectional borehole creation for 3D mapping and reinforcement testing.
All systems are monitored and controlled through the hydrualic core drilling machine, equipped with an onboard computer and touchscreen interface. Operators can access bit wear metrics, RPM history, fluid pressure readings, and automated drill stops — making data-driven adjustments on the go.
The rock drill unit includes vibration-resistant couplings, bit cooling channels, and programmable speed profiles. It’s designed for use with PDC, diamond, and tricone bits, enabling high-efficiency coring even in abrasive or interbedded formations.
At the final stage, the rock sampling rig handles the transition from raw core to usable data. It applies anti-contamination seals, core orientation tools, and digital tagging. These ensure that each rock sample reaches labs in pristine condition, ready for petrographic, geochemical, or geotechnical analysis.