High-Efficiency Full Hydraulic Rope Coring Drilling Rig – Precision & Power for Demanding Projects
Struggling with Inefficient Core Sampling? Get Deeper, Faster, and More Accurate Results
Commercial drilling projects demand reliability, speed, and precision—yet outdated rigs slow progress with excessive downtime, inconsistent core recovery, and high maintenance costs. Our Full Hydraulic Rope Coring Drilling Rig delivers unmatched performance in geological exploration, mineral prospecting, and water well construction, combining advanced hydraulics with rugged durability to maximize productivity.
What Sets This Rig Apart?
A breakthrough in deep-core drilling technology, this rig features a fully hydraulic system for smooth operation, reduced wear, and precise control at depths up to 1,500 meters. Its modular design ensures quick deployment and adaptability across varying terrains—from hard rock formations to unconsolidated sediments.
Key Workflow Advantages:
Fast Setup: Hydraulic leveling and mast assembly cut mobilization time by 30%.
Superior Core Recovery: Anti-vibration mechanisms ensure intact samples (>95% recovery).
Low Operational Costs: Energy-efficient pumps reduce fuel consumption by 20% vs. conventional rigs.
Innovations That Redefine Performance
1. Intelligent Hydraulic Control System
Proportional valves enable real-time adjustment of RPM and feed pressure, preventing core blockage.
Automated rod handling reduces manual labor and tripping time.
2. Heavy-Duty Construction
Reinforced mast (HSLA steel) withstands 25-ton pull-back force for deep drilling.
Corrosion-resistant components extend lifespan in saline or acidic environments.
3. Safety & Ergonomics
Fail-safe brakes and emergency shutdown protect crews during high-torque operations.
Noise-dampened cabin (<75 dB) meets OSHA standards for long shifts.
How Does It Compare to Conventional Rigs?
Feature
Our Rig
Competitor A (Mechanical)
Competitor B (Semi-Hydraulic)
Max Depth
1,500m
900m
1,200m
Core Recovery Rate
≥95%
82%
88%
Fuel Efficiency
18 L/hr
25 L/hr
22 L/hr
Maintenance Interval
500 hrs
300 hrs
350 hrs
Data based on field tests in granite formations (300mm borehole diameter).