Bold Laser introduces UV precision cleaning system
Summary
Bold Laser has introduced a UV precision cleaning system built around a 349 nm Nd:YLF laser operating as a Class 1 enclosure. The platform integrates machine vision and CAD/CAM controls to perform thin-film removal and surface preparation with high repeatability. The system targets applications requiring precise, localized cleaning without abrasive or chemical contact.
Why It Matters
For process engineers managing surface prep in electronics, aerospace, medical device, or advanced materials manufacturing, laser cleaning at 349 nm UV wavelength offers a meaningful alternative to solvent-based or mechanical abrasion methods. The integration of machine vision and CAD/CAM controls suggests programmable, recipe-driven operation that can be validated and repeated across production runs — a significant advantage for quality systems operating under ISO or AS9100 frameworks. Class 1 laser classification reduces operator safety overhead compared to open-beam systems, potentially lowering training burden and regulatory compliance costs. The thin-film removal capability is particularly relevant for precision substrate prep ahead of bonding, coating, or deposition processes where surface contamination is a primary defect driver.