When users face issues like incomplete laser cutting or fuzzy engraving lines, their initial thought often is, "My laser tube is failing." However, as an experienced expert, I find a significant portion of these problems actually originate from the laser power supply. Indeed, the quality of electrical energy output from...
Molybdenum vs. Silicon Mirrors The Reflective Choice in High-Power Laser Systems
In laser processing, every beam turn causes minor energy loss. For high-power laser systems, this 1% or 2% loss is not just an efficiency issue. It converts into significant heat. This heat directly threatens optical path stability and equipment lifespan. To balance high reflectivity and effective heat dissipation, laser engineers...
How Aspherical Laser Focusing Lenses Define High-Power Processing Futures
In laser optics, our core objective remains singular: to perfectly converge laser energy into an extremely small, intense spot. Yet, perfect geometric shapes often present challenges in nature. Traditional spherical laser focusing lenses, though simple to manufacture, carry an inherent flaw due to physical laws: spherical aberration. 1.Spherical Lenses: A...