Laser cleaning is a new technology; it is becoming more prevalent with handheld mobile systems. There are many cost, health, safety and environmental benefits to using Precision Laser Cleaning as an alternative to abrasive blasting or chemical cleaning:

Recently, there has been an adaptation in industrial cleaning applications to include a wide range of pulsed laser cleaning or de–coating systems used to remove paint from delicate surfaces, strip insulation from conductors, engrave surfaces by ablation or remove vulcanising residue from moulds.

The development of laser surface cleaning was influenced by the need for a non–abrasive and non–hazardous cleaning process that is also a suitable substitute for the use of chemicals or abrasive blasting systems. One key problem related to most of the conventional cleaning technologies is the wear of the substrate and the negative environmental impact. Abrasive blasting damages delicate surfaces and creates significant amounts of waste. Using chemical solvents involves liquid waste and potentially hazardous vapours. Such problems led to the development of the first laser systems for this purpose.
From the laboratory to the industrial plant, the benefits of lasers for surface cleaning of organic and inorganic material are attracting new applications daily.
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‍Perfect for removing paint, corrosion, rust, contaminants from angled surfaces, weld cleaning, flange and gasket cleaning, or simple general surface cleaning at your industrial site. With no collateral waste or environmental pollution, Precision Laser Cleaning can be used on a variety of substrates, including metals, composites, stone & cement, wood and other organic materials.