ExxonMobil prints titanium with laser for oil and gas

Published on May 28, 2026 | Translated from Spanish

ExxonMobil has begun using Laser Metal Deposition (LMD) to manufacture titanium components in the oil and gas sector. The technique reduces costs, shortens production lead times, and minimizes material waste. It also allows for repairing damaged parts and on-demand manufacturing, improving efficiency in extreme environments such as offshore or desert fields.

Industrial laser metal deposition machine actively printing a titanium impeller blade for oil and gas, bright laser beam melting titanium powder onto a rotating component, robotic arm positioning a damaged turbine part for repair, extreme offshore platform environment visible through background window, engineering visualization style, photorealistic technical illustration, metallic orange glow from laser interaction, fine powder particles suspended mid-air, realistic surface textures of layered titanium, dramatic industrial lighting with cool blue ambient contrast, ultra-detailed mechanical components and deposition nozzle.

How LMD prints titanium on demand 🛠️

LMD works by depositing molten titanium powder with a laser onto a surface, layer by layer, until the desired part is formed. Unlike traditional forging or machining, less scrap is generated, and no expensive molds are required. ExxonMobil applies this technique to manufacture valves, impellers, and other critical components. The main challenge is the lack of industrial standards and specific certifications for these materials in the sector.

Goodbye warehouse, hello magic powder ✨

It seems the old warehouses full of rusty spare parts will become a thing of the past. Now, if a titanium part breaks on a platform, instead of waiting weeks for a replacement to arrive, technicians can print a new one while having coffee. Of course, be careful not to forget to load the titanium powder into the printer, because then the coffee gets cold and the repair turns into a sci-fi drama.