In food packaging, product identification and traceability are no longer optional — they are regulatory necessities and brand-integrity cornerstones. Two dominant technologies have emerged for marking food packages: laser coding and inkjet printing. Each has evolved rapidly over the past
High-Precision Laser Character Marking for Medical Devices
In the medical device industry, the accuracy and permanence of product identification have become core quality attributes. As regulatory oversight intensifies and traceability requirements expand globally, manufacturers are increasingly adopting laser character marking as a standard solution for permanently marking
Why UV Lasers Are the Preferred Solution for Thin Film Marking
As manufacturing increasingly incorporates ultra-thin, flexible substrates—such as in electronics, packaging, medical devices, and advanced composites—effective marking solutions must deliver high precision without damaging sensitive materials. Traditional thermal marking methods often generate enough heat to warp, delaminate, or compromise these
Comparing Fiber, UV, and CO₂ Lasers in Modern Industrial Marking
Laser marking technology has become a cornerstone of industrial identification, traceability, and product personalization. As global manufacturing shifts toward higher automation, traceability requirements, and quality standards, lasers are now preferred over traditional marking methods such as stamping, inkjet, or etching
Laser Engraving on Glass: Principles, Processes, and Market Dynamics
Laser engraving on glass is a precise, non-contact surface processing technology that permanently alters glass surfaces through controlled thermal interaction. Unlike machining or sandblasting, laser methods do not require physical tooling or consumables, enabling consistent, repeatable results across production environments.