"For industrial cleaning, laser cleaning uses a focused high-energy beam to remove rust, oil, paint, and surface contamination with no risk of damage to the surface being treated. It is non-abrasive and leaves no scratches, does not create secondary waste, and reduces the risk to operators. For precision-focused industries such as automotive, aerospace, shipbuilding, metallurgy, energy, and heavy machinery, this translates into value."
"Laser cleaning works by using a pulsed or continuous laser beam to heat and breakdown unwanted surface layers. When the laser beam hits contaminants like rust, paint, oil, or oxides, the contaminant absorbs the laser beam energy much faster than the base material. The result is: Instant vaporization Micro-ablation of the rust or paint buildup No damage to the metal underneath A clean surface, ready for coating, welding, or inspection"
Laser cleaning uses a focused high-energy pulsed or continuous beam to remove rust, oil, paint, and other surface contamination without damaging the underlying metal. Contaminants absorb laser energy faster than base materials, causing instant vaporization or micro-ablation of unwanted layers and leaving surfaces ready for coating, welding, or inspection. The process is non-abrasive, leaves no scratches, produces no secondary waste, and reduces operator risk compared with sandblasting, chemicals, or manual grinding. The technology offers precision and efficiency for automotive, aerospace, shipbuilding, metallurgy, energy, and heavy machinery applications. Industrial-grade systems from HANTENCNC exemplify the performance and long-term cost advantages of laser cleaning.
Read at Business Matters
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