Understanding the Principle and Mechanism of Laser Cleaning | |
Laser cleaning is an advanced technology using high-energy laser beams to remove impurities, contaminants, or coatings from surfaces. It works through optical and thermal effects, primarily using pulsed lasers with high power density. These lasers produce intense, short bursts of energy that heat and evaporate unwanted material without damaging the substrate. The laser ablation mechanism involves high-intensity laser beams breaking down contaminants, while the thermoelastic expansion peeling mechanism uses thermal vibrations and mechanical forces to remove dirt. Laser cleaning is non-contact, precise, and adaptable to various materials, making it ideal for complex tasks like rust removal and cleaning electronic components. It offers a cleaner, more efficient, and environmentally friendly solution compared to traditional methods. Applications include the semiconductor industry for particle removal and laser rust removal, which ensures accurate and eco-friendly cleaning. The technology’s flexibility and precision make it an essential tool for modern industrial cleaning processes. | |
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