Utah-based manufacturer protects patents by issuing approved legal agreement
OREM, Utah, Jan. 13, 2026 – US Synthetic Corporation, a leading provider of polycrystalline diamond cutters for oil and gas drilling, has chosen to settle an intellectual property dispute originating at the International Trade Commission (ITC).
STAMFORD, Conn. – July 21, 2025 – LongRange Capital (“LongRange”), a private equity firm with a longer-term, customer-centric orientation to building and growing middle market businesses, has completed its acquisition of US Synthetic Corporation (“US Synthetic” or the “Company”) from ChampionX Corporation.
Team members from US Synthetic, Junior Achievement, and 25 other businesses joined forces to teach job skills
US Synthetic is a proud sponsor of Utah’s STEM fest 2017.
Some of US Synthetic’s employees, with support provided by US Synthetic, volunteered their time to help Peruvian villagers build a school for their children.
The manufacturing team was looking for a way to reduce the time required to make the cutters. The reason for the cutter failures needed to be determined of frequency and manufacturing time were to be reduced.
High pressure/high-temperature sintering of polycrystalline diamond compacts (PDC) is sensitive to impurities in the diamond feedstock, both surface and intrinsic.
Sandia National Laboratories and U S Synthetic Corporation have jointly conducted a multifaceted, baseline experimental study to support the development of improved drag cutters for advanced drill bits.
PDC bits have had limited success at drilling high compressive strength and abrasive rock formations. One of the limitations to hard rock drilling is the propensity of the cutters to fracture.
Residual stresses in PDC cutters arise from the difference in thermal expansion between the polycrystalline diamond layer and the supporting tungsten carbide substrate after sintering at high pressure and temperature. If not managed correctly, these stresses can significantly reduce the toughness of the cutters, especially as the diamond-layer thickness increases.