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Key people at Megadiamond.
MegaDiamond engineers and manufactures polycrystalline diamond (PCD) materials and industrial tools, specializing in PDC cutters for high-performance drilling. Utilizing proprietary high-pressure, high-temperature synthesis (one million PSI, 1,500°C), the company creates durable diamond components. Its technical approach develops custom-shaped cutters, optimizing efficiency and penetration across varied geological formations.
Established in 1966 as Mega Pressure Products by Dr. H. Tracy Hall and colleagues, the company commercialized his 1954 invention of lab-manufactured diamonds. A former General Electric scientist, Dr. Hall’s insight was industrializing diamond production, providing accessible, high-performance materials for demanding applications beyond natural supply.
MegaDiamond serves the oil and gas, mining, and road construction industries, where robust diamond tools are critical. The company envisions continuous innovation, exploring new applications like geothermal drilling and enabling autonomous industrial operations. Its strategic aim is developing efficient, resilient diamond products to boost uptime across key markets.
Key people at Megadiamond.
MegaDiamond is a manufacturer of polycrystalline diamond (PCD) materials and ultra-hard cutting tools, specializing in high-pressure, high-temperature technology for industrial applications.[1][2][5] Founded as a pioneer in lab-grown diamonds, it produces products like PDC cutters, 3D-shaped cutters, diamond dome inserts, and PCD-tipped picks primarily for oil and gas drilling, mining, road construction, and concrete tools, serving energy, mining, and construction sectors with durable solutions for high-wear environments.[1][2][4][5] Now owned by SLB (formerly Schlumberger), it operates facilities in Provo, Utah (132,000 sq ft, 320 employees) and Italy (65 employees), with estimated revenue of $5-10 million and a focus on deeper wells (up to 12,000 feet) demanding superior abrasion resistance.[1][2][4]
The company solves the problem of equipment failure in extreme conditions by providing lab-made diamonds superior to gem industry cast-offs, enabling access to high-performance materials for tools in rock drilling, cutting, and milling.[1][5] Its growth aligns with rising well depths and energy demands, maintaining innovation leadership for over 50 years under SLB's umbrella.[1]
MegaDiamond traces its roots to 1954, when Dr. H. Tracy Hall, working at General Electric, invented the process for manufacturing diamonds in a lab—a breakthrough that created a new market for industrial diamonds.[1] Hall joined Brigham Young University as a professor in 1955 and co-founded the company in 1966 with colleagues, initially as Mega Pressure Products, becoming a first mover in PCD materials.[1] Despite some sources listing 1985 as a founding or rebranding year, primary accounts confirm 1966 origins tied to Hall's patents (19 total).[1][2]
In the 1970s, it pivoted to PCD products for rock drilling and cutting tools, evolving from academic spinout to industrial leader.[1] Acquired by SLB, it expanded globally, with Scott Horman (employee since 1985) noting its role in democratizing diamond access for industry.[1] Pivotal moments include Hall's invention catalyzing PCD adoption and adaptation to deeper oil/gas drilling needs.[1]
MegaDiamond rides the wave of deepening energy extraction, where average well depths have tripled to 12,000 feet in the past decade, amplifying demand for ultra-durable drill bits amid global energy needs and mining/construction growth.[1] Its lab-grown PCD innovation, stemming from Hall's 1954 breakthrough, shifted industries from scarce natural diamonds to scalable synthetics, influencing oil/gas (largest market), mining, and infrastructure.[1][5]
Timing favors it through SLB ownership, leveraging oilfield service giants' R&D and distribution for challenging formations, while market forces like energy transition (e.g., geothermal potential) and road-building expansion boost PCD tools.[1][5] It shapes the ecosystem by enabling efficient, cost-effective operations two miles underground, reducing downtime and supporting sustainable resource extraction via longer-lasting equipment.[1]
MegaDiamond's SLB integration positions it for expanded deployment in next-gen drilling, including harder rocks and high-temperature wells, with trends like deeper energy plays and electrification (e.g., mining for batteries) driving demand.[1][5] Expect growth in 3D cutters and custom PCD for emerging applications like geothermal or EV mineral extraction, enhancing its half-century innovation edge.[1][4]
As synthetic diamond tech evolves, MegaDiamond could influence hybrid tools blending AI-optimized designs with ultra-hard materials, solidifying its role in resilient supply chains—echoing Hall's original spark that made industrial diamonds ubiquitous.[1]
