| Customization: | Available |
|---|---|
| Accuracy: | 1mm |
| Horizontal Line: | 4 |
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Technical Excellence in Subsurface Imaging
The GD-C1201 Intelligent Drillhole Optical Imager represents a quantum leap in borehole inspection technology, combining unprecedented imaging precision with robust field performance. This system is engineered to address the most challenging subsurface investigation scenarios, delivering laboratory-grade data quality in the most demanding environments.
Core Technological Advantages
Ultra-High-Definition Imaging Capability:
The system incorporates a sophisticated 1.34-megapixel CCD sensor with advanced image processing algorithms to achieve 0.1mm resolution accuracy. This exceptional clarity enables identification of micro-fractures, lithological boundaries, and structural discontinuities that would remain undetected by conventional systems. The integrated adaptive lighting system with 30 Lux adjustable LED arrays ensures optimal illumination across varying borehole conditions, while the 0.1 Lux low-light sensitivity guarantees performance in complete darkness.
Advanced Data Processing Architecture:
Featuring an embedded ARM+DSP dual-core processor, the system delivers 25 times faster data processing compared to traditional laptop-dependent systems. This powerful computing capability enables real-time 360-degree panoramic image stitching while maintaining seamless depth synchronization and automatic orientation calibration. The proprietary image compression technology ensures minimal data loss while optimizing storage efficiency on the 16GB industrial-grade CF memory card.
Military-Grade Environmental Resilience:
The system's IP67-rated housing provides complete protection against dust ingress and water immersion, while the operating temperature range of -20°C to 40°C ensures reliable performance in extreme climates. The stainless steel probe construction withstands 15MPa pressure (equivalent to 1,500 meters water depth) and features tempered optical glass windows resistant to abrasion and chemical corrosion.
Intelligent Data Management Ecosystem:
The TENSENSE2010 software platform introduces revolutionary database management capabilities, enabling seamless data organization, analysis, and reporting. The system's AI-powered lithology recognition algorithms automatically identify and classify geological features, while the one-click reporting functionality generates comprehensive PDF, Excel, and JPG outputs, reducing post-processing time by 70%.
Technical Specifications
| Parameter Category | Detailed Specifications |
|---|---|
| Imaging System | 1.34MP CCD sensor, 700-line resolution, 0.1mm crack detection, 0.1 Lux sensitivity, 38° elevation FOV, 17° depression FOV |
| Processing Unit | ARM11 + DSP dual-core, 16GB CF storage, Linux OS, 25x faster processing |
| Physical Properties | Host: 255×192×74mm, 1.8kg; Probe: Φ24-65mm options, ≤5kg, 15MPa pressure rating |
| Power System | 8-hour Ni-MH battery, 12V DC input, solar charging compatible |
| Depth & Orientation | 0.1mm depth resolution, 0.1° azimuth accuracy, 1500m maximum depth |
Industry-Specific Applications
Geotechnical Engineering: Comprehensive assessment of rock mass quality, fracture density, and weathering profiles for slope stability analysis and foundation design. The system's quantitative fracture characterization enables precise rock mass rating (RMR) and Q-system classification without physical core retrieval.
Mineral Exploration: Detailed mapping of ore body geometry, vein structures, and alteration zones with sub-millimeter accuracy. The integrated 3D compass provides accurate structural measurements for resource modeling and mine planning, while the automated lithology logging streamlines geological database compilation.
Oil & Gas Applications: Real-time evaluation of wellbore integrity, casing conditions, and completion quality. The system identifies micro-annuli, corrosion features, and sand production zones with unprecedented clarity, enabling proactive maintenance planning and risk mitigation.
Civil Infrastructure: Non-destructive inspection of drilled shafts, tunnel linings, and foundation elements. The technology detects construction defects, material inconsistencies, and stress-induced cracking before they escalate into critical failures.
Operational Excellence
The system's intuitive photoelectric knob interface simplifies operation in challenging field conditions, while the modular probe design facilitates rapid deployment across varying borehole diameters. The wireless data transmission capability enables real-time collaboration between field crews and office-based specialists, and the cloud integration features support enterprise-wide data management.
With global certifications including ATEX and ISO 9001, the GD-C1201 meets the most stringent international standards for quality and safety, making it the preferred choice for engineering professionals worldwide who demand uncompromising accuracy and reliability in their subsurface investigations.
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