NOV Inc.

11/02/2026 | Press release | Distributed by Public on 11/02/2026 09:21

NOV Introduces the ION+ 5DXC PDC Cutter Technology

The ION+ 5DXC pairs the ION+ 5DX's proven 60% impact-resistance advantage over conventional round cutters with a chisel-shaped cutting edge that concentrates force on the rock to improve fracture and cutting efficiency.

Improving impact resistance and mechanical toughness

The chisel-shaped edge creates focused point loading, generating higher localized stresses that promote rapid crack growth and fracture propagation. By helping the cutter fracture hard rock more effectively and efficiently, the ION+ 5DXC cutter reduces energy lost to confined crushing and supports higher ROP.

The unique geometry also supports improved chip flow and distribution across the cutting structure, along with more efficient heat distribution. Together, they help extend bit life, reduce bit-generated dysfunction, and improve drilling efficiency in challenging lithologies.

Enhancing drilling performance

As operators drill deeper and farther in harder and interbedded lithologies-where higher ROP and lower torque are critical-advances in cutter technology remain essential to improving durability and efficiency. The ION+ 5DXC reflects NOV ReedHycalog's continued commitment to advancing PDC cutter technology.

By combining the proven toughness of the 5DX geometry and a chisel-shaped cutting edge with sophisticated proprietary modeling software, the new PDC cutter helps operators achieve higher ROP, longer intervals, and fewer bit trips in demanding formations.

For more information about the ION+ 5DXC cutter or to explore how this technology can enhance your drilling performance, please contact your local NOV ReedHycalog representative or email [email protected].

NOV Inc. published this content on November 02, 2026, and is solely responsible for the information contained herein. Distributed via Public Technologies (PUBT), unedited and unaltered, on November 02, 2026 at 15:21 UTC. If you believe the information included in the content is inaccurate or outdated and requires editing or removal, please contact us at [email protected]