Baker Hughes Company (BKR)

Baker Hughes is a Houston-based company that manufactures and operates equipment used across the oil and gas industry. It is not an oil producer like ExxonMobil or Shell; rather, it is the supplier of the tools those companies use to find and extract petroleum and natural gas. From drill bits that cut through rock thousands of feet underground to processing equipment that separates oil from water and sand, Baker Hughes provides the hardware, software, and field services that keep global energy production flowing.

A company born from merger and refocused through crisis

Baker Hughes traces its origins to 1907, when Howard Hughes Senior and Walter Sharp founded a drill-bit company in Houston. For decades, Baker Hughes was a venerable driller’s supplier. In 2017, it merged with GE Oil and Gas, the oil-and-gas division that General Electric had acquired years earlier. The combination created one of the world’s largest oilfield-services companies by integrating drilling expertise from the old Baker Hughes with turbomachinery, production equipment, and a broad digital platform from GE.

The merged entity inherited GE’s industrial discipline, manufacturing scale, and ambition to lead the digital and energy-transition narrative. It also inherited GE’s baggage: a massive cost structure, complexity, and the need to integrate two very different cultures. The oil-price crash of 2016 hit immediately after the merger closed, forcing painful restructuring. The company laid off thousands of workers, sold assets, and pivoted toward higher-margin services and technology rather than pure commodity equipment.

The strategic turn has been slow but consistent: move away from low-margin, high-volume products (commodity drill bits, for example) and toward integrated solutions, digital services, and offerings tied to customer outcomes rather than transaction prices. This is challenging because the oil-and-gas industry buys on price, and margins matter acutely. But it is also the direction that all oilfield-services companies are being pushed: consolidation and competition are pushing pure manufacturers toward service and software models.

Drilling segment: bits, bottomhole tools, and services

The drilling segment encompasses drill bits, drilling fluids (mud), bottomhole assembly tools, and drilling-optimisation software. When an oil company wants to drill a well, they hire a drilling contractor (company or individual who operates the rig). The contractor, in turn, buys bits from Baker Hughes and other suppliers, buys or rents drilling-fluid systems, and uses software to plan and execute the well.

Drill bits are high-precision tools that must withstand extreme pressure, abrasive rock, heat, and the rotational forces of spinning thousands of meters below the surface. Baker Hughes makes polycrystalline diamond compact bits, roller-cone bits, and other designs optimised for different rock types and drilling challenges. These are engineered products, but they are also commodities in a sense: a drill bit is a drill bit, and the market buys largely on price and performance specifications. Margins are modest, competition is global, and scale matters.

Drilling-optimisation software adds more value. Baker Hughes has acquired and built software platforms that help operators plan wells, monitor real-time drilling parameters, and make decisions that reduce nonproductive time (waiting, tripping out of the hole to change bits, etc.). These platforms generate subscription or usage-based revenue, which is more predictable and higher-margin than selling hardware once. The company is pushing customers toward subscriptions and cloud-based drilling insights, which is a gradual transition in an industry that has traditionally bought equipment.

Completions segment: wellheads, valves, and production equipment

Completions are the equipment and operations that prepare a well to produce oil or gas after it has been drilled. This includes wellheads (the structures at the top of the well), downhole tools, packers, tubing, and sand-control equipment. These are critical to well productivity and reliability. Baker Hughes manufactures a broad range of completion products and services, from standard equipment to custom designs for deepwater or high-temperature applications.

Like drilling, completions are partly engineered products and partly commodities. Standard wellheads have established designs, and competition is on cost and delivery. Specialised completions for harsh environments (Arctic, deepwater, sour gas) command higher margins because there are fewer suppliers and the stakes are higher if equipment fails. Baker Hughes has a strong position here, particularly in deepwater, where its track record and integration with drilling equipment matter.

Production segment: separation, processing, and asset monitoring

The production segment serves wells that are already flowing. It includes centrifugal pumps, compressors, separators (equipment that removes water and sand from crude), and remote monitoring and optimisation systems. These are equipment and services that enhance recovery from a well and keep it running reliably for years.

This is where the digital and software transition is happening most visibly. Baker Hughes has invested heavily in sensors, cloud platforms, and data analytics that allow oil companies to monitor well performance in real time and optimise production without dispatching field technicians as often. A production engineer at an operator’s office can check well health, adjust parameters remotely, and diagnose problems faster. This shifts Baker Hughes toward a recurring, software-based model. Whether that transition succeeds — whether customers will pay subscriptions for these services rather than buying equipment and hiring technicians — is a key question for the company.

Turbomachinery segment: power generation and industrial gas

The turbomachinery segment inherited from GE encompasses gas turbines, compressors, and systems for power generation, gas compression in pipelines, and industrial processes. This includes the LM6000 and other gas turbines used in power plants and industrial settings. It also includes centrifugal compressors and axial compressors used in oil-and-gas compression and processing.

This is partly a legacy business that GE owned for decades and partly a growth vector as energy producers invest in gas-fired power and compression systems. Turbomachinery is higher-margin than commodity drilling equipment, but it is also less cyclical — it serves a broader industrial customer base, not just oil and gas. The business is capital-intensive for both manufacturer and customer; a major turbine installation is a significant project that takes months or years from order to operation.

Margin structure and customer dynamics

Oilfield services are capital-efficient in the sense that Baker Hughes does not own and operate wells (that is the customer’s job). But they are complex, engineered products and services, so manufacturing and R&D are expensive. Drill bits must be designed and tested; software must be developed and serviced; field crews must be trained and deployed.

Gross margins vary widely by segment. Commodity drilling products carry low double-digit gross margins; specialised completion systems and digital services carry higher margins, in the 30-40 percent range. The company has been pushing toward higher-margin offerings, but the transition is slow, and commodity business remains the bulk of revenue.

Customers are oil and gas producers (small, medium, and large), drilling contractors, and offshore operators. Large customers have significant bargaining power and demand competitive pricing. Competition comes from Schlumberger, Halliburton, Weatherford, and a host of smaller, regional suppliers. Schlumberger and Halliburton are larger and more diversified in some ways, which means Baker Hughes must compete on technology, service quality, and customer relationships.

Cyclicality and the energy transition

Baker Hughes’ earnings are tightly linked to oil and gas capital expenditure. When crude prices are high and energy companies are investing in exploration and production, Baker Hughes wins business. When prices crash, operators cut capex, wells are drilled more slowly, and Baker Hughes feels the pain immediately. The 2016 crash, the pandemic downturn of 2020, and any future price collapse will depress results.

The energy transition — the shift from fossil fuels to renewables and electrification — is a long-term headwind. Energy companies are investing more in renewables, and oil-and-gas production growth rates are slowing or negative in many regions. The installed base of producing wells is enormous and will take decades to decline, so oilfield services have a long runway. But the growth trajectory is not compelling for a company that is not becoming something else.

Baker Hughes has begun positioning for energy transition: investing in carbon capture, hydrogen, and renewable energy services. These are small relative to the core business today, but they signal that management understands the direction of the world. Whether the transition to new energy services succeeds — whether the company can become as relevant to renewables as it has been to fossil fuels — is an open question.

Research and evaluation

Start with Baker Hughes’ 10-K and quarterly earnings reports (SEC CIK 0001701605). The company breaks out revenues by segment (drilling, completions, production, turbomachinery), which shows where growth and margins are. Watch the segment margins and the overall gross-margin trend; margin expansion indicates success in moving toward higher-value offerings, while compression suggests pricing pressure and commodity drag.

Monitor oil and gas capital expenditure forecasts, as these drive Baker Hughes’ top-line opportunity. Trade publications and energy analysts publish CapEx indices. Also track customer concentration; large customers disclosed in the 10-K represent concentration risk. Finally, follow the company’s progress in digital and software services: are subscriptions and software revenue growing as a percentage of the total? Are customers adopting the company’s cloud platforms? Success or failure here will shape the company’s long-term margin profile and defensibility.