Blog
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CO₂ 10.6 µm for Packaging, Wood, Leather and Acrylic
Why the 10.6 µm CO₂ Laser Still Has No Substitute for Organics The 10.6 µm CO₂ laser is the oldest industrial laser in production, yet in 2026 it is far from obsolete — b...Read more -
355 nm UV Cold Marking: No Heat, No Crack on Plastic and Glass
Why 355 nm Is Called a “Cold” Laser A 355 nm UV laser is called cold not because it produces no heat, but because it removes material by photochemical bond breaking inst...Read more -
1064 nm Fiber Laser Basics: Why It Works on Steel, Aluminum and Brass
Why 1064 nm Became the Industrial Standard for Metal Marking The 1064 nm fiber laser became the default tool for industrial marking for one reason: it is the wavelength t...Read more -
Laser Marking Machine Market 2026: Fiber, UV and CO₂ Growth Forecast
Why 2026 Is the Year of Direct Part Marking The laser marking machine market is growing in 2026 not because “laser is trendy,” but because it solves three problems at onc...Read more -
Laser Marking on Magnesium and Zinc Alloys 1
Why Magnesium and Zinc Alloys Need a Different Marking Approach Magnesium and zinc alloys cannot simply be treated as “lightweight metal”: their physical behavior demands ...Read more -
Laser Safety 2026: IEC 60825, Class 1 Enclosure, Interlock, CCD
Start With the Hazard, Not the Machine Model Laser safety is decided before the first part is marked: it is determined by wavelength, output power, beam path and who can r...Read more
