This paper systematically analyzes the effects of laser parameters—such as wavelength, scanning speed, and pulse duration—on the color outcomes in laser-induced metal coloring processes.

Different combinations of these parameters lead to the formation of distinct microstructures and oxide films, resulting in varied surface colors.

The study provides a theoretical foundation for achieving high-precision, pollution-free, and controllable colored metal processing.

Laser-arc hybrid welding effectively integrates laser precision and arc flexibility, offering advantages in medium-thick plate welding. Process parameters such as laser power, welding speed, and current have significant effects on porosity formation and weld quality. Optimizing these parameters enhances keyhole stability and greatly reduces welding defects, improving joint reliability.

Proper maintenance is essential to keep your CO₂ laser engraving and cutting machine running efficiently, reduce downtime, and extend its service life. Whether you’re using it in education, manufacturing, or small business settings, regular care ensures consistent cutting quality and protects your i

When it comes to precision, speed, and versatility, CO₂ laser machines have become the go-to solution for makers, small businesses, and industrial users alike. At ArgusLaser, we believe that one machine should empower you to do more—cut, engrave, and create without limits.In this article, we explore