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The composite blade features 360-degree rotation for even wear distribution, preventing uneven wear caused by localized overheating.
By adjusting the rake angle, continuous rotational force is generated, enabling both orbital and self-rotation—significantly reducing single-point wear and extending service life by 30% to 50%.
Featuring a medium parabolic crown design in P2 and P3 models, this blade optimizes pressure distribution at the nose and shoulder areas, reduces the front rake angle, and maximizes overall aggressiveness.
Finally, it adheres to the principle of downhole force balance, enhancing stability and performance.
Size Range：4 1/2”~8 1/2”.
Optimize for specialized, tooth-shaped cutters such as pointed and asymmetrical teeth to maximize pre-crushing and repeated grinding, thereby enhancing the composite bit's penetration depth and boosting its overall drilling capability.
Reduce the nose-shoulder rake angle and incorporate a small chamfer design to improve the bit's aggressive cutting performance.
Employ a P2 or P3 medium parabolic crown profile to prevent excessive torque-induced premature failure, ensuring smooth and stable cutting throughout the operation.
Implement a well-designed hydraulic system to enhance rock chip removal efficiency.
Size Range：4 1/2”~12 1/4”.
Naturally Surface-Set Diamond Bits
Employing natural diamond particles and cylindrical synthetic polycrystalline diamonds embedded on the drill bit matrix surface.
Hybrid Matrix-Bonded Drill Bit
Using a special process, diamond powder and tungsten carbide powder are hot-pressed into blocks, which are then embedded onto the surface of the drill bit body. This blend of materials complements the advantages of both synthetic and natural diamonds, significantly enhancing performance.