Laser Cleaning: A Green Cleaning Innovator in Power and Aerospace Sectors

Amid the wave of industrial cleaning technology iteration, DMK Laser Cleaning has emerged as a "new benchmark for cleaning" in the power and aerospace sectors, leveraging its core technological advantages. This cutting-edge technology, which achieves precise contaminant removal through high-energy laser beams, boasts wide material applicability, non-damage, non-contact operation, and environmental friendliness. It is gradually replacing traditional cleaning methods, providing efficient solutions for these two high-demand industries.

In power transmission scenarios, three major challenges—foreign object entanglement, icing hazards, and equipment contamination—have long restricted safe and stable operations. Traditional manual cleaning requires power outages, featuring low efficiency and high risks, while chemical cleaning causes environmental pollution. DMK Laser Cleaning, through precise energy focusing and a professional optical transmission system, can remotely and efficiently remove foreign objects such as kites and plastic films from power transmission lines without power interruption, leaving conductors and insulators undamaged. For winter icing hazards, DMK Laser Cleaning excels in directional energy transmission efficiency, enabling rapid de-icing and snow removal. Compared with traditional coating methods and mechanical de-icing techniques, it offers stronger applicability and has been deployed in power inspection projects across multiple regions. Additionally, after DMK Laser Cleaning, insulator contamination and oxide layers on isolating switches are effectively eliminated, quickly restoring insulation performance, reducing contact resistance, and fundamentally avoiding flashover accidents and power loss.

In the aerospace sector, DMK Laser Cleaning is highly favored for its high precision and low-damage characteristics. Aircraft surface paint layers are prone to aging and peeling due to long-term airflow erosion and acid rain corrosion. Traditional mechanical paint removal easily scratches the substrate, while chemical paint removal causes severe pollution. DMK Laser Cleaning can selectively remove topcoats while preserving primers, with the substrate temperature remaining below 80℃ throughout the process, perfectly protecting the aircraft's precision structures. When thermal barrier coatings on aero-engine blades fail, DMK Laser Cleaning can accurately strip old coatings, reducing production costs for blade remanufacturing and extending the service life of core components. For key structural parts such as titanium alloys and carbon fiber composites, DMK Laser Cleaning can targetedly remove oxide layers and contaminants from welding and bonding surfaces, significantly enhancing connection strength and durability to meet the rigorous process requirements of the aerospace industry. For easily clogged aviation filters, DMK femtosecond laser cleaning technology effectively removes grease and micro metal debris, achieving a post-cleaning transmittance of over 90% that of new filters—far exceeding the performance of traditional ultrasonic cleaning.

As a green innovator in industrial cleaning, DMK Laser Cleaning completely overcomes the limitations of traditional cleaning methods. With continuous upgrades to its core technologies, DMK laser cleaning equipment has made significant breakthroughs in automation, intelligence, and cost control, becoming the preferred solution for power inspection, aerospace manufacturing, and remanufacturing. In the future, DMK Laser Cleaning will continue to deepen its understanding of industry needs, develop more specialized equipment, and safeguard the high-quality development of the power and aerospace sectors with its core advantages of high precision, efficiency, and non-damage—leading the green transformation trend in the industrial cleaning industry.