



The arched crown design with high-density cutter placement is suitable for coring operations in medium-hard formations. The high-quality composite inserts effectively enhance bit performance and service life. The cutting structure is highly aggressive, allowing large cuttings to be transported rapidly through optimized flow channels, preventing blockage of the annular flow passages.

The arched crown design with high-density cutter placement is suitable for coring operations in medium-hard formations. The high-quality composite inserts effectively enhance bit performance and service life. The cutting structure is highly aggressive, allowing large cuttings to be transported rapidly through optimized flow channels, preventing blockage of the annular flow passages.
High-strength TSP inserts on the gauge and inner cone greatly improve the bit's wear resistance and service life.
The special blade and nozzle layout enhances the bit's cooling and cleaning capability and improves cuttings transport efficiency.
This coring bit achieves a high rate of penetration and long service life during operation, and its high-strength PDC cutters can complete coring operations in hard formations.
Customers can select different types of composite inserts according to the hardness and abrasiveness of the formation being cored.
Advantages
High rate of penetration
Long service life
Good thermal stability