Oil refineries, NDT providers, and petrochemical companies increasingly choose laser technologies to optimize surface preparation and component labeling.
ORLANDO, FL / ACCESS Newswire / June 27, 2025 / Laser Photonics Corporation (LPC), a leading global developer of industrial laser systems for cleaning and other material processing applications, is highlighting the growing adoption of laser technology within the oil and gas industry. LPC's CleanTech laser cleaning and MarkStar laser marking systems support this trend by delivering superior performance and sustainable process optimization for surface preparation and component labeling.
Laser technology is increasingly implemented by companies serving the petroleum sector. These include oil refineries such as Phillips 66, NDT providers like Acuren, and petrochemical companies such as Proman - just a few notable clients of Laser Photonics. Industry leaders opt for laser solutions to take advantage of the following benefits of this technology:
Unmatched Precision. Non-contact laser processing delivers highly accurate and repeatable results, with tolerance levels measured in microns.
Exceptional Control. A laser's parameters are calibrated for different materials, preserving the integrity of their microstructure.
Cost Savings in Long Term. With no consumables, minimal maintenance, and reduced material loss, laser systems deliver long-term operational savings.
Eco-Friendly Operations. Laser processing generates minimal secondary waste, offering a cleaner, greener alternative to chemical treatments or abrasive blasting methods.
CleanTech Laser Cleaning Systems utilize laser ablation to remove coatings and contaminants like rust, scale, oil, paint, powder coating, and anodization. LPC's mobile laser systems come with a handheld blaster and range from compact, high-precision units to high-power, high-speed solutions for heavy-duty surface preparation tasks.CleanTech can be used to roughen surfaces for improving adhesive properties, which is useful for surface preparation ahead of repair, re-coating, or welding
MarkStar Laser Marking Systems rely on the laser ablation or annealing process to produce highly precise, permanent designs on various materials. LPC's MarkStar line offers a compact marking solution that is easy to use both in industrial settings and in the field. This technology streamlines labeling according to regulations, ensuring safety and traceability, creating indicators for service crews and for warranty purposes.
Laser technology by LPC offers non-contact, environmentally friendly, and highly precise solutions that address critical needs for sustainability and operational efficiency in the challenging oil and gas environment. Our solutions help to modernize MRO processes, extend asset service life, and support the industry's transition towards more sustainable practices. To find out more, click here for additional information.
About Laser Photonics Corporation
Laser Photonics is a vertically integrated manufacturer and R&D Center of Excellence specializing in industrial laser technologies and systems. Through its CleanTech laser cleaning brand, Laser Photonics seeks to disrupt the sand and abrasive blasting markets, focusing on sustainable surface preparation, rust removal, corrosion control, de-painting and more. Laser Photonics' new generation of cutting-edge laser blasting technologies addresses the numerous health, safety, environmental and regulatory challenges associated with outdated surface processing methods. Laser Photonics holds a reputation as a leader in industrial laser processing systems, with a brand that stands for quality and innovation. World's top manufacturers, including Fortune 1000 companies in the aviation, space exploration, automotive, defense, energy, metalworking and shipbuilding industries, rely on Laser Photonics' laser equipment to optimize their operations. For more information, visit www.laserphotonics.com.
Media Contact:
Karla Kizzort
Laser Photonics Corporation
marketing@laserphotonics.com
407.804.1000
SOURCE: Laser Photonics Corp.
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