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La plate-forme de forage d'exploration de diamant Shallow Backpack est un outil presque idéal pour les enquêtes environnementales et géotechniques sur le terrain, car il peut être utilisé dans des endroits autrement difficiles d'accès derrière des bâtiments, des clôtures et des murs, des arbres, des escarpements et bien d'autres choses. Les trépans diamantés du système sont facilement capables de faire avancer les sondages à travers un large éventail de matériaux souterrains, y compris le béton armé d'acier, la roche dure et certains types de graviers cimentés. La foreuse a de nombreuses applications sur le terrain, y compris les métaux précieux et de base, les études universitaires, environnementales, géotechniques, la construction, la chasse au trésor, les combustibles fossiles, la pierre de carrière et l'installation de puits.
Application principale de la foreuse de noyau de petit type de sac à dos:
C'est une technologie indispensable dans les métaux précieux et basiques, les études universitaires, environnementales, géotechniques, la construction, la chasse au trésor, les combustibles fossiles, la pierre de carrière et l'installation de puits.
Application
The Backpack Core Drill Rig is a lightweight and portable exploration core drilling system designed for use in remote and rugged terrains. Built to deliver high-performance in tight or difficult-to-access areas, this portable core drill rig is widely used in a range of professional applications.
In geological core drilling, the rig enables geologists to retrieve core samples from deep underground, allowing for the study of rock structure, mineral content, and composition. It plays a critical role in mineral exploration, providing valuable data for assessing ore bodies and mining potential.
In the field of environmental drilling, the backpack drilling rig is used for soil and groundwater core sampling, which is essential in identifying contamination, assessing pollution, and monitoring remediation efforts. Its mobility makes it ideal for environmental site assessments, especially in areas where vehicle-mounted rigs cannot access.
The lightweight core drill machine is also employed in civil engineering studies for evaluating foundation suitability and geological hazards. For archaeological research, it allows non-invasive sampling of subsurface layers, while in oil and gas exploration, it assists in analyzing subsurface reservoirs for hydrocarbon potential.
Whether you're a geologist, prospector, environmental scientist, or civil engineer, this handheld core drill system is a dependable tool for efficient and precise core recovery. Its compact design, robust construction, and adaptability make it a trusted choice for professionals across disciplines.
Performance
🔧 Performance Overview of the Backpack Exploration Core Drill Rig
The performance of a Backpack Exploration Core Drill Rig plays a critical role in the success of geological, geotechnical, and environmental exploration projects. Designed for portability without sacrificing power, this lightweight drilling solution delivers high-level results across a variety of terrains and subsurface conditions.
🌀 Key Performance Factors
1. Drilling Depth Capacity
Depending on the model, this backpack core drill rig can achieve variable drilling depths suitable for shallow to mid-depth explorations. The ability to reach deeper strata allows professionals to analyze more comprehensive geological profiles.
2. Core Sample Quality & Recovery Rate
With high core recovery rates, the rig ensures that core samples are collected intact, undisturbed, and representative of the geological formation. This is essential for precise mineral analysis, environmental monitoring, and soil evaluation.
3. Drilling Speed and Efficiency
Engineered for efficient core drilling, this rig balances speed and precision. Fast drilling speeds improve field productivity, especially in time-sensitive operations, without compromising the quality of retrieved samples.
4. Multi-Terrain Versatility
Built for versatility, the rig is capable of penetrating various subsurface materials including soft soils, sedimentary layers, clay, sandstone, cemented gravel, and hard rock formations using compatible diamond bit drills.
5. User-Friendly Operation
Simple controls, rapid setup, and easy disassembly make this portable exploration core drill highly accessible to both experienced operators and new users. Maintenance requirements are minimal, ensuring high uptime during fieldwork.
6. Portability and Accessibility
Weighing only a few dozen kilograms and designed with a backpack-style frame, the rig can be carried to remote, mountainous, or obstructed sites such as behind fences, dense forestry, or rocky inclines—places unreachable by larger drilling equipment.
7. Safety & Ergonomics
Features such as vibration reduction, anti-kickback systems, and ergonomic frame design contribute to a safer drilling experience, minimizing operator fatigue and ensuring safer field operations.
8. Efficient Core Sample Handling
Equipped with a reliable core barrel retrieval system, this unit simplifies sample extraction, preserves core integrity, and allows for quick packaging and labeling on site.
9. Durable Construction
Built to endure harsh environments and extended field operations, this compact geotechnical drill rig is constructed from corrosion-resistant materials and components to withstand physical and environmental stress.
10. Reliable Power Supply
Available in gasoline-powered and electric models, the system delivers consistent power output tailored to various field applications and project scales.
11. High Accuracy Drilling
Engineered for precision drilling, the rig maintains low deviation rates and high dimensional accuracy in sample retrieval—critical for academic research, mineral surveys, and groundwater studies.
12. Low Environmental Impact
Designed with environmental considerations, this unit minimizes ground disturbance and contamination during operation—ideal for protected ecosystems, urban environments, and sensitive lands.