We ensure you have the right bit for your application, whether it’s for onshore extended-reach wells, deepwater wells, or high-pressure/high-temperature (HP/HT) and geothermal wells that require robust rock destruction solutions.

Our innovative polycrystalline diamond compact (PDC) drill bit technology provides enhanced cutter durability, improved drilling efficiency, and higher rates of penetration (ROP) in hard, abrasive, and interbedded formations. Our PDC bit family delivers reliable performance, superior directional control, and high build rates when transitioning from a well’s vertical to lateral sections.

Hybrid drill bits combine the rock-crushing strength and stability of roller cones with the continuous shearing action of diamond bits, resulting in efficient designs that increase ROP, improve cuttings removal, and handle highly interbedded formations.

Adaptive drill bits adjust to varying hole conditions, such as changes in rock strength or stringers. With the ability to regulate depth-of-cut control downhole, these bits optimize drilling efficiency under any loading condition.

Our proven roller cone and tricone drill bits are designed to deliver superior performance at higher ROPs while minimizing nonproductive time. Featuring tungsten carbide inserts, improved hydraulics for bit and hole cleaning, and customized cutter layouts, they ensure faster drilling and longer bit life.

Our geothermal drill bit line includes proprietary tricone, PDC, and hybrid designs, enabling our application engineers to choose the best bit for superior performance in specific geothermal formations and to tackle the most demanding drilling challenges.

Specialty drill bits help reduce drilling costs by reaching total depth (TD) on the first attempt. This technology mitigates risks associated with problematic wells—such as rubble zones, lost-circulation zones, ledges, doglegs, depleted reservoirs, and underground blowouts—while minimizing health, safety, and environmental (HSE) risks related to tripping in and out of wells.