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Laser cleaning is an advanced, non-contact surface treatment technology that uses concentrated laser energy to remove contaminants, coatings, and unwanted surface layers from aerospace components. Its precision and controllability make it particularly valuable in the aerospace industry, where maintaining the integrity of high-performance parts is critical. Below is an overview of how laser cleaning works, its advantages, applications, and considerations specific to aerospace:

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Surface Preparation for Coating or Repair

Prior to repainting, re-coating, or repair, surfaces must be free of contaminants like corrosion, oxidation, or old coatings. Laser cleaning effectively removes these layers, ensuring proper adhesion of new coatings or repair materials.

Maintenance of Critical Engine Components

Engine parts such as turbine blades are subject to harsh operating environments that can lead to the buildup of deposits and oxides. Laser cleaning helps maintain their aerodynamic efficiency and prolongs their operational life.

Inspection and Quality Control

Removing surface contaminants enhances the accuracy of nondestructive testing (NDT) and inspections by exposing the true condition of the component’s surface, thereby aiding in early defect detection.

De-Coating and Paint Removal

For aircraft undergoing repainting or refurbishment, laser cleaning offers an efficient method to remove existing paint layers without the risk of damaging the underlying materials.