The ridged cutting elements improve cutting efficiency, enabling our PDC bits to drill with higher ROP.
Polycrystalline diamond compact (PDC) bits are the workhorses of the oil field. Features such as cutter types, cutter layout, and blade geometry are continuously being evaluated and improved to deliver value and drive down drilling costs. Certification with the IDEAS™ integrated dynamic design and analysis platform ensures these bits offer optimal performance.
Bits with IDEAS platform certification are stable and produce less torque and stick/slip in transitional drilling. The risk of incurring time‑consuming and costly trips due to shock and vibration is greatly reduced.
Our wide portfolio of application-specific PDC cutters enables us to customize and configure PDC drill bits to outperform in any drilling challenge, whether the motivations are driven by performance or economics. Our commitment to research and development—and rigorous field testing—ensures that all PDC cutter grades and shapes can exceed the needs of our customers.
The unique geometries of our cutting element designs improve the cutting efficiency and PDC bit durability. This enables our PDC bits to drill with higher ROP and increased footage to save drilling time and costs.
Stinger™
Conical diamond element
Enduro 360™
Rolling diamond cutting element
Thermal-resistant diamond cutting element
Axe™
Ridged diamond element
Strata™
Concave diamond cutting element
Hyper™
Hyperbolic diamond cutting element
FireStorm™
Wear-resistant high-impact PDC cutter technology
案例分享
AccuStrike bit improved drilling efficiency, cutting 14 h drilling time compared with offset wells.
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