Knowledge

Learn how CO2 laser engraving settings vary for wood, leather, and acrylic. HBS shares practical tips on power, speed, focus, air assist, and material

Learn how HBS evaluates laser marking solutions for battery housings and new energy components, from laser power and surface treatment to Data Matrix

Precision jewelry laser engraving requires more than a powerful machine. HBS explains how real product testing, focus accuracy, surface conditions, an

Automotive part traceability requires more than a visible mark. Learn how laser marking solutions help suppliers achieve reliable Data Matrix codes an

How to choose the correct laser power for your products? This article shares practical experience from a laser marking supplier, explaining how manufa

Material surface condition plays an important role in laser marking quality and contrast. This article shares practical insights from a laser marking

European factories are increasingly choosing safety-enclosed laser markers for safer installation, easier production integration, and reliable traceab

For many industrial applications, the real requirement is whether the code can still be recognized after months or years of use. Automotive parts,

Compare portable handheld laser markers and desktop laser marking machines to understand the differences in flexibility, accuracy, production efficien

Learn how to maintain an enclosed laser marking machine with practical tips on cleaning, focus checking, fixture inspection, parameter management, and

Learn about common laser marking defects including faded marks, blurry edges, uneven results, and surface damage, with practical troubleshooting metho

When European manufacturers request information about laser marking machines, the first questions are usually about marking speed, laser source, and w