The mold is an indispensable product in the tire production process, and the quality of the mold directly affects the quality of the tire production. There are patterns and logo patterns in the tire mold, which are relatively delicate production processes.

Aircraft have almost stringent safety requirements, so in the aviation industry, whether it is production or maintenance, the first thing to think about when improving every process is not cost, but safety.

The rise of world powers all started with shipbuilding and the ocean. As an important symbol of a country's industrial level, the shipbuilding industry, as the "crown of comprehensive industry", has a high degree of industrial expansion and strong industrial driving.

The automobile manufacturing industry is an industry where new technologies are very concentrated. Today's automobiles not only require practicality, but also economy and beauty. The update speed is accelerating day by day. Traditional cleaning methods are inefficient and low-precision, making it difficult to meet the needs of fine cleaning and low-cost processing in modern automobile manufacturing.

The application of laser processing technology in rail transit manufacturing, in addition to welding, cutting, surface modification of key components, marking, punching, and micromachining, has also become a popular application in rail transit manufacturing in recent years.

At present, laser cleaning has become the main means of battery surface treatment, and is widely used in three main power battery production processes: pole piece manufacturing, battery cell manufacturing, and battery assembly. By using lasers, cleaning heads, and control software, computer integrated control, adding laser cleaning to the three processes can greatly improve the battery manufacturing process level.

In the petrochemical industry, due to the long-term operation of equipment in harsh environments, it is easy to cause corrosion and rust, which seriously affects the performance of the equipment. However, the use of laser cleaning technology can solve the problems of easily damaging the surface of the pipeline, high labor intensity, environmental pollution and low efficiency.

At present, as semiconductor technology continues to shrink, advanced integrated circuit devices have transitioned from planar to three-dimensional structures, and integrated circuit manufacturing processes are becoming increasingly complex, often requiring hundreds or even thousands of process steps.

In the field of industrial production, machinery and equipment have been in service for a long time, and a large amount of oil stains, waste paint layers, rust and carbon deposits have accumulated on the surface of parts and components. Generator unit maintenance is a very time-consuming and labor-intensive project. Due to the extremely complex surface of the unit workpiece, traditional process cleaning has many drawbacks, and dead ends cannot be thoroughly cleaned.

As a "green" cleaning process, laser cleaning will have good application prospects in the maintenance of military equipment.

Laser cleaning can be used not only to clean organic pollutants, but also to clean inorganic substances. Laser cleaning will be widely used in equipment cleaning and maintenance.

Wind power is a green new energy source with abundant energy reserves and huge market prospects. Looking around the world, wind power is becoming an emerging energy source that countries are competing to develop. Under the background of green, low-carbon and digital transformation, China has vigorously developed the wind power industry. More and more wind farms have been built, and the cleaning and maintenance of wind turbines have become increasingly prominent.

Providing increasingly high-precision clean technologies for the protection of cultural heritage - there is a growing demand for technologies that offer greater selectivity while minimizing the impact on the original structure of artworks.