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What are the advantages of laser cleaning machines compared to traditional rust removal methods?
Nov 30, 2023
Today, with the rapid development of industrial cleaning technology, faster and more efficient cleaning technologies are constantly emerging. Among them, laser cleaning equipment is a promising and promising direction in industrial cleaning technology. So what are the advantages of laser cleaning machines?
1. Automated and efficient cleaning
The laser cleaning machine is highly automatic and can effectively shorten the cleaning time. In the same time, the cleaning efficiency of the laser cleaning machine is 3-10 times higher than that of the traditional cleaning process, solving a variety of problems that traditional cleaning cannot solve, and the cleaning is efficient. The advantages are significant.
2. Non-contact and non-destructive cleaning
Cleaning does not require contact with the surface of consumables, protecting brittle materials from damage; laser cleaning does not require chemical cleaning agents, easily solving and overcoming the problems of corrosion and environmental pollution caused by traditional cleaning.
3. Intelligent handheld cleaning head
The internal structure of the laser cleaning head is sealed to prevent dust pollution from intruding into the interior of the cleaning head, effectively extending the service life; the cleaning head is ergonomically designed, with a comfortable grip and long-term operation without tiring the hands.
4. Easily remove dirt from fine crevices
Laser cleaner can effectively remove dirt on metal surfaces and fine seams, such as paint, coatings, coatings, oxide layers, oil stains, glue marks, micron-sized pollution particles and other pollutants.
5. Compact and flexible, easy to operate
The equipment is compact, flexible, and simple to operate. It is suitable for cleaning operations in various scenarios. Non-professionals can operate it after simple training, saving a lot of labor costs for enterprises.
6. Wide range of cleaning application industries
It is widely used in iron and steel metallurgy, non-ferrous metals, auto parts, aerospace, hardware molds, shipbuilding industry, rail transit, mining machinery, cultural relic restoration and other industries.