Benefits of using a laser cleaning system for rust removal

Now more and more manufacturers using laser cleaning for material preparation. Why do they choose laser cleaning instead of traditional cleaning methods? Let us first understand the principle of laser cleaning. Laser cleaning-also known as laser ablation-uses thousands of focused laser light pulses per second to remove contaminants from products. The laser cleaning machine can efficiently remove resin, oil stains, stains, dirt, rust, coating, plating, and paint on the surface of the workpiece.

Laser cleaning is the most viable way to clean surfaces. Laser cleaning is considered environmentally friendly because it does not use chemicals and cleaning fluids like traditional methods. While traditional cleaning methods are contact and can damage objects resulting in improper cleaning, laser cleaning is a non-contact solution. In addition, lasers can reach difficult spots that cannot be reached by traditional methods. Therefore, when the laser is used in a dangerous place, the safety of personnel can be guaranteed. In addition, laser cleaning can remove various impurities on the surface to achieve the cleanliness that cannot be achieved by traditional methods. Of course, laser cleaning is an alternative to traditional abrasive and chemical processes used in heavy industries such as aerospace and shipbuilding. The process can be made cost-effective in terms of coating removal by using a laser solution. So choosing laser cleaning is a wise choice. 

 

Also, In addition to clean various pollutants on the surface of various materials, fiber laser cleaning machine can also clean precision parts, metal cleaning in small spaces, and complex structural parts that are difficult to reach by traditional methods, all of which can be transmitted through laser optical fibers. And it can also be used in conjunction with a robot to achieve remote operation. Not only is it convenient and efficient to clean, but it also ensures the safety of operators in certain dangerous places. The cleaning efficiency of the laser cleaning machine is particularly high, and the laser cleaning is non-polishing, non-contact, and has no thermal effect. It will not cause mechanical force on the object to be cleaned, and will not cause damage to the surface layer of the object to be cleaned. There is no need to apply any chemicals and cleaning fluids, and it will not pollute the environment. 

The fiber laser cleaning machine is low-cost. The laser cleaning system has a high initial investment but can be used stably for a long time. Service life is more than 10 years. Laser cleaning machines require almost no manpower when working. Worker input is required only if the surface needs to be repositioned and calibrated automatically. This minimal human involvement saves labor costs and reduces the occurrence of workplace accidents and injuries. The operation cost is low, the speed is fast, the efficiency is high, saves time and effort. Much lower. The price of laser rust remover is different from that of traditional cleaning methods such as detergent. Compared with the properties of cleaning agents as consumables, laser rust remover can be used repeatedly. As laser equipment, its price mainly depends on different configurations. For example, if a more powerful laser generator is used, the price will certainly be higher.

 

Now there are pulse and continuous lasers. Pulse laser cleaning machine is suitable for precision equipment, and the cleaning is finer, of course, the price is higher. The continuous laser power is high, the cleaning efficiency is high, and the price is cheap. You can choose according to your needs and budget.

Laser cleaning can be used for various metals, wood, stone, concrete and composite materials. When using laser for cleaning - just adjust the laser power, frequency and other laser parameters of the laser cleaning equipment, and then emit lasers with different energy densities and beam widths It can easily realize the cleaning operation requirements of different materials and different standards, which is the true sense of "one machine with multiple functions"!