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​The widespread application of laser marking machines in the market stems from their ability to mark a diverse range of products, thereby enhancing anti-counterfeiting capabilities. Furthermore, they possess critical functional attributes, such as marking depth and clarity. Why are these two criteria so important? Because if the marking depth produced by a laser marking machine is insufficient, the marks can easily become indistinct, creating opportunities for counterfeiters to run rampant; thus, these two metrics serve as vital performance indicators.

When embarking on a new entrepreneurial venture, selecting the right laser marking machine is crucial. Currently, the market offers three main types of laser marking machines: fiber laser markers (primarily for engraving metals), CO2 laser markers (for non-metals), and the relatively more expensive UV laser markers (capable of engraving both glass and metal).

Definition: The handheld continuous fiber laser welding machine consists of an integrated cabinet, a fiber laser source, a circulating water cooling system, a laser control system, and a handheld cleaning head.

Burrs on Workpiece Edges During Laser Cutting: When laser cutting carbon steel, burrs sometimes appear on the edges of the workpiece, resulting in an uneven surface finish. In some cases, these burrs are difficult to remove. This issue is primarily caused by the following factors:

Laser cutting is a critically important application within the field of laser processing technology. Thanks to declining laser component costs and the maturation of the technology itself, laser cutting machines have become top sellers today, accounting for over 30% of the total market share for laser processing equipment nationwide.

I. Pre-Startup Preparations 1. Environmental Inspection: Verify that the working environment temperature is between 5°C and 40°C, and that the humidity does not exceed 80%. This prevents damage to internal electronic components or degradation of optical path performance caused by unsuitable environmental temperature and humidity levels.

In our previous installment, we shared several cutting techniques for CO2 laser machines. Today, we will explore some engraving techniques designed to help you improve your processing results.

CO2 laser machines are widely utilized in the signage and marking industry, capable of processing almost all materials—with the exception of pure metals—for both engraving and cutting applications. In this two-part series, we will share some practical, expert tips for using CO2 laser machines, starting with laser cutting in this first installment.

If Part 1 of the Laser Marking Machine Integration Guide focused on the “foundation work” of laser integration—preparation, environmental conditions, and safety requirements—then Part 2 serves as the practical operation manual.

​For system integrators, project managers, and other technical professionals, integrating laser equipment into a production line is a complex yet essential task. High-quality laser marking enables reliable part traceability, but a series of steps must be taken to ensure safe and compliant installation.