Geological Core Drilling Rig

The CATHAY geological core drill is specially designed for geological exploration. It has a strong drilling capability and can obtain core samples deep underground. It can adapt to a variety of strata, and the drilling depth is flexible and controllable. Whether it is a hard rock layer or a complex geological structure, it can drill accurately. With advanced technology, the core obtained by the drill is extremely complete, providing reliable data for geological research and helping to carry out resource exploration, geological analysis and other work efficiently.
Product introduction
CATHAY geological core drill: precise exploration, insight into underground mysteries
1. Efficient drilling, complete core collection
CATHAY geological core drill adopts advanced hydraulic drive technology, with strong power and high drilling efficiency. In common strata, the drilling speed can reach [X] meters/hour, greatly shortening the exploration cycle. With high-quality diamond drill bits and scientifically designed drill tool combinations, it can effectively ensure the integrity of the core, with a core collection rate of over 95%. The obtained core samples can provide accurate original data for geological research.
2. Wide adaptation and flexible drilling depth
The drill has excellent stratum adaptability, and can easily cope with soft soil layers, hard rock layers, and complex gravel layers. The drilling depth can be flexibly adjusted according to demand. The standard model has a drilling depth of [X1]-[X2] meters. Special customized models can meet deeper exploration needs and accurately reach the target stratum, providing strong support for various geological exploration projects.
3. Convenient operation, stable and reliable operation
The operation design is humanized and equipped with an intelligent control panel. The drilling parameters can be set with one button. The operation is simple and easy to use. The overall structure of the equipment is compact and stable. The key components are made of high-quality materials and have undergone strict quality inspection. They are durable and have a low failure rate. They can adapt to complex and harsh working environments in the field, ensure long-term stable operation, and reduce maintenance costs and downtime.