For quite some time now, MOPA fiber laser markers have been employed for tasks like meticulous paint removal and surface polishing. Recently, however, the increased availability and market manufacture of MOPA fiber lasers has resulted in a decrease in their price per watt. As a result, the application of pulsed laser cleaning systems is more widespread…
We utilize a 100W JPT pulsed cleaning laser to efficiently remove a thin layer of rust (ranging from 0.5 to 1.5 μm) from the surface of our customers’ valves. These valves are manufactured from pig iron, a material that rapidly develops a thin gray oxide layer upon exposure to air before gradually transitioning into rust….
Laser cleaning has quietly grown into a workhorse for removing rust, oil, paint-any contaminant that stubbornly clings to metal, glass, or stone. The method essentially hurls concentrated light at a surface, turning dirt into vapor just as quickly as it turns the laser energy into kinetic force. Researchers usually sort the practice into two camps:…
Compare pulsed and continuous laser cleaning for industrial B2B use, including material fit, heat input, throughput, maintenance, cost drivers, and a practical selection matrix.
The weather is getting colder, and the temperature in many areas will drop below zero. For water-cooled lasers, if the cooling water inside freezes due to the low ambient temperature, the laser may be difficult to repair or even scrapped. The Harm of Low Temperature to Laser 1. Ice Ruptures Cooling Pipes Once the cooling water…
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