Laser cleaning: application in shipbuilding industry
Cleaning work is a very important processing and forming technology in the shipbuilding industry, which involves a large amount of cleaning work before and after welding and before painting. The quality of cleaning work also to some extent determines the quality of welding and painting.
Traditional cleaning techniques mainly include manual polishing, sandblasting, high-pressure water flushing, chemical cleaning, etc., which are widely used in ship painting, welding and other processes. However, traditional cleaning techniques are labor-intensive, cause serious pollution, pose significant occupational hazards, and are very unfriendly to construction workers. Laser cleaning technology has many advantages such as no damage to the substrate, precise control at the micrometer level, energy conservation and environmental protection, making it a research hotspot in shipbuilding.
There are various types of materials used in ships, and laser cleaning, as an emerging technology, the process research of corresponding materials is not comprehensive and in-depth enough, and there is also a lack of corresponding specifications and standards. However, in recent years, these issues have been greatly improved, and technical personnel in the field of shipbuilding have gradually carried out research on the process and application of laser cleaning, obtaining a large amount of experimental data. I believe that in the near future, these experimental data can form corresponding process databases to guide the application of laser cleaning in the shipbuilding industry.
Laser processing technology, as an advanced tool and means to promote intelligent manufacturing, has been widely adopted by major shipyards in Europe, America, and Japan. To achieve high-quality development of China's shipbuilding industry, it is necessary to promote the mutual adaptation and integration of intelligent manufacturing and the shipbuilding industry, so that intelligent manufacturing can take root in the shipbuilding industry, promote China's shipbuilding and ship products to reach the world's leading first-class level as soon as possible, and improve China's international competitiveness of shipbuilding!
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The application of laser rust removal machine on steel rails
Laser rust removal is a new technology that is different from traditional cleaning processes in the past. Due to its green, energy-saving, and environmental protection, it has received increasing attention and has a very important application prospect in the rail transit industry. Chengjing Laser performs local cleaning on the train rails sent by customers and uses laser rust removal equipment to clean the rust on the rails. -
Laser cleaning: The advantages of laser cleaning over traditional cleaning
As a globally recognized manufacturing power, China has made great strides and achievements on the road of industrialization, but it has also led to serious environmental degradation and industrial pollution. In recent years, China's environmental protection regulations have become increasingly strict, leading to some enterprises being shut down for rectification. A one size fits all environmental storm has some impact on the economy, and changing traditional pollution production models is the key. With the advancement of technology, people are gradually exploring various technologies that are beneficial to environmental protection, and laser cleaning technology is one of them. -
Will laser cleaning damage the parts themselves?
Steel can be said to be ubiquitous in daily life, but it has a disadvantage that it is prone to rust, especially those without paint or coating protection. Laser is another major invention of humanity since the 20th century, following nuclear energy, computers, and semiconductors. It is widely used in many fields and is known as the fastest knife, the most accurate ruler, and the brightest light. -
Laser cleaning machine 200w
The 200W laser cleaning machine is a high-tech product for the new generation of surface cleaning. It has the advantages of easy control, easy automation integration, no need for chemical reagents, and can adhere to curved surface cleaning. It is efficient and environmentally friendly, does not damage the surface of the substrate, and solves the problems caused by traditional cleaning.
