The aircraft needs to be stripped and overhauled every five years or so. The paint stripper method currently used not only pollutes the environment, damages the health of operators, but also is expensive. If the laser paint stripping technology is used, the cost of stripping the aircraft is nothing more than the power consumption of the laser.
The commonly used rust removal methods for ships include manual rust removal, mechanical rust removal and chemical rust removal. Laser rust removal as a new technology will be developed and applied.
In the automotive manufacturing process, drawing lubricants or cooling lubricants and anti-rust oils used can contaminate automotive components and severely degrade the quality of subsequent high-energy joining or bonding processes in which welds and bonds in powertrain components must be Meet strict quality standards.
The railway tracks are laid in the open air, and the surface is prone to rust (or fouling) due to factors such as rain and sunlight. When the rail surface and inner rust layer are seriously dirty, it is easy to cause poor circuit shunting of the rail.
The production of lithium-ion batteries includes three parts: pole piece manufacturing, cell manufacturing and battery assembly. Adding laser cleaning to the three processes can greatly improve the level of battery manufacturing.
In the petrochemical industry, due to the long-term operation of the equipment in a harsh environment, the equipment is prone to corrosion, rust and other phenomena, which seriously affects the performance of the equipment, and the use of solvents and emulsions to clean the surface of the pipeline can only remove oil, grease, pollution such as dust.
At present, with the continuous scaling of semiconductor technology, advanced integrated circuit devices have been transformed from planar to three-dimensional structures, and integrated circuit manufacturing processes are becoming more and more complex, often requiring hundreds or even thousands of process steps.
The overhaul of the generator set is a very time-consuming and labor-intensive project. Due to the extremely complex large surface of the workpiece, the traditional cleaning process has many disadvantages, and the dead corners cannot be completely cleaned. Due to the extremely small beam size of the laser beam, the dead space of complex workpieces becomes easy.