Bettlefuss

Having spent over a decade in the industrial surface treatment and cleaning industry, I’ve worked with countless businesses navigating the complexities of preparing metal surfaces for processes like electroplating and coating. One question that comes up time and again is whether laser rust removal—a cutting-edge, non-contact cleaning method—impacts the quality of subsequent surface treatments. It’s […]

Laser cleaning utilizes lasers of different wavelengths to react with various materials, removing contaminants without damaging the substrate. For example, fiber lasers primarily react with metallic materials, CO2 lasers with non-metallic materials, and excimer lasers with all materials, acting as a cold light source that generates minimal heat during cleaning. By selecting the appropriate laser

Laser cleaning is a method that uses lasers of different wavelengths to react with various materials, removing contaminants while protecting the substrate material from damage. The basic process of laser cleaning is as follows: 1. Identify the contaminant and the substrate material. 2. Select an appropriate laser type. Lasers currently used for cleaning include 1064nm

Every 6-7 years, aircraft develop small-scale “peeling” on their surfaces, which affects flight safety and necessitates repainting. The repainting process, in simple terms, involves completely stripping the paint layer from the aircraft’s surface, smoothing it out, and then applying a new coat. The most crucial and time-consuming step in this process is paint removal. However,

Having worked in industrial cleaning and surface preparation for over 15 years, I’ve spent countless hours testing and implementing various methods to tackle rust and contamination on metal surfaces. From aerospace factories to marine repair yards, I’ve seen the stakes of choosing the right cleaning technology—whether it’s meeting tight specs, controlling costs, or ensuring worker

Having spent over 15 years in industrial surface treatment, from managing maintenance operations in shipyards to consulting for manufacturing plants, I’ve worked with a range of tools to clean and restore metal surfaces. One question that keeps coming up from engineers, technicians, and facility managers is whether laser rust removal machines alter the surface roughness

Having spent over a decade in the industrial cleaning and maintenance sector, working with everything from traditional sandblasting to cutting-edge laser technologies, I’ve seen how equipment advancements can transform operations. One question I often get from clients, facility managers, and technicians is whether laser rust removal machines can be networked for remote monitoring of their

Laser rust removal machines can be categorized based on their light sources, with six main types in total, although only two are commonly used. The light sources primarily employed in the field of laser rust removal include fiber laser, carbon dioxide laser, ultraviolet (UV) laser, and green laser. Among these, fiber lasers are divided into

Having spent over a decade in the industrial cleaning and surface preparation industry, I’ve worked with everything from sandblasters to chemical strippers, but laser rust removal machines have been a game-changer. These high-tech tools use focused laser beams to zap rust off metal surfaces with precision and efficiency, and I’ve seen them transform workflows in

In the world of surface treatment and maintenance, laser rust removal has carved out a niche for itself as a highly efficient, precise, and environmentally friendly method. As someone who has been deeply entrenched in the laser technology and industrial cleaning sector for years, I’ve witnessed firsthand the evolution of laser rust removal machines and