



The axial and radial angles of the bit are optimized through FBS (Force Balance Analysis) software, thereby improving the bit's erosion resistance and durability.

Superior performance when drilling through hard interbeds, with strong aggressiveness and shock resistance.
The optimized hydraulic design enables the bit to more effectively prevent bit balling.
High-efficiency PDC cutters are more resistant to abrasion and impact.
The double-row cutter structure gives the bit a longer service life and greater aggressiveness.
Finite element analysis software is used in the design, and the reasonable cutter layout further improves drilling efficiency.
The application of force balance software makes the cutter placement angles more scientific.
Through extensive field practice and calculations, the cutter exposure is more scientific, making the bit's penetration depth into the formation more reasonable.
The spiral blades effectively improve the bit's stability and rate of penetration.
Short gauge: enables rapid and efficient build-up during directional and horizontal well drilling.
Long gauge: improves bit stability and borehole quality.
Gauge inserts more effectively improve borehole quality.
PDC cutters with different characteristics are selected for different types of wells and formations to improve drilling efficiency and economic benefits.