blogs&Articles

CO2 laser marking machine engraving wood, acrylic, and glass packaging in modern workshop

Why CO₂ Laser Marking Machines Still Dominate Organic Materials, Wood, and Glass

Unsure if CO2 lasers still matter? Discover how 10.6 µm wavelength matching delivers char-free wood carving, frosted glass etching, and high-speed packaging coding—slashing operating costs while maximizing organic material processing efficiency.

Fiber vs. CO₂ vs. UV Lasers: The Ultimate Triple-Threat Comparison Guide

Unsure which laser fits your shop floor? Discover how matching Fiber, CO2, and UV wavelengths eliminates micro-cracks, charring, and costly downtime—slashing cost-per-part while maximizing precision and cycle-time efficiency.

Why UV Laser is the Best Choice for DIY Craft & Zero-Burn Personalized Engraving

Supercharge your studio with ONSlaser 355nm UV cold laser marking machines. Eliminate charred edges and micro-cracks while delivering zero-burn, high-contrast engravings on heat-sensitive polymers, glass, leather, and delicate craft materials.

6 Key Advantages of 355nm UV Cold Laser Marking for Industrial Precision Processing

Master sub-micron precision with ONSlaser 355nm UV cold laser marking machines. Eliminate thermal damage and micro-cracking while delivering flawless, ultra-high-contrast marks on heat-sensitive polymers, PCBs, glass, and delicate substrates.
MOPA fiber laser marking machine creating a precise multi-colored corporate logo on a stainless steel surface through thin-film oxidation.

MOPA Laser Pulse Width Regulation: Technical Principles of Stainless Steel Coloration

Laser marking machines are being used more and more widely in the industrial field, and the technology is advancing rapidly. Today we will study the role of MOPA technology in fiber optic technology.

The Physics and Practice of Fiber Laser Marking: An Industrial Buyer’s Guide

Many people are curious about the working principle of fiber laser marking machines, which seem simple and can leave clear marks on various materials by pressing a button.