GM1607TQ

Efficient composite sheets and optimized design make the drill bit perform better during drilling.

The drill bit adopts a seven-blade double-row tooth structure, greatly improving the bit life and rock-breaking efficiency.

More stable during drilling, with excellent impact and vibration resistance.

Optimized hydraulic design enhances the bit's anti-balling ability.

Finite element analysis software is involved in the design, and the reasonable layout of cutting teeth further improves drilling efficiency.

The application of force balance software makes the tooth placement angle more scientific.

Through extensive field practice and calculations, the exposure of cutting teeth is more scientific, making the bit's penetration depth into the formation more reasonable.

Spiral blades effectively improve the stability of the drill bit and the rate of penetration.

Short gauge: quickly and efficiently completes build-up in directional and horizontal well drilling.

Long gauge: improves bit stability and wellbore quality.

Gauge inserts improve wellbore quality and the bit's gauge-holding ability.

Select PDC composite sheets with different characteristics for different types of wells and formations to improve drilling efficiency and economic benefits.