Parameters of Laser Marking Machine|Setting Parameters for Laser Marking Different Materials

Want to achieve clear laser marking on different materials? This article explains how to set parameters for common materials such as metal, plastic, and wood. It shares the logic behind choosing the right combination of power, speed, and frequency, and analyzes the parameters used in actual cases.Whether you are a beginner or an experienced craftsman, you can find practical methods to avoid problems such as burning or leaking.

The effect of laser marking is directly affected by the characteristics of the material.Taking 304 stainless steel as an example, we recommend using a 20W fiber laser, with the frequency set at 50kHz and the speed controlled at 800mm / s. This will ensure the depth of the marking while avoiding oxidation discoloration.When laser processing is applied to acrylic, the power must be reduced to 15 % and the laser beam must be defocused to prevent the material from melting and deforming.

For organic materials such as leather or wood, it is recommended that a "test first, produce later" strategy be adopted.For example, when working with the first layer of a cowhide, a 10W laser at a speed of 300mm / s produces a natural burn mark, while redwood requires a 1-2mm higher laser focus to produce a softer, more gradual texture.

Solutions for special environments are equally worthy of note.For example, when marking on a metal surface that has already been painted, by adjusting the duty cycle (30-40 % is recommended), the coating can be accurately removed without damaging the base material. When processing curved workpieces, by appropriately reducing the marking speed (by about 20 %) and using a rotating fixture, the problem of the beam being out of focus can be effectively solved.We have included a quick reference chart at the end of the article that covers the recommended setting ranges for 15 common materials, to help you quickly find the best processing method.

From transparent to frosted: Parameter settings for acrylic marking

This course explains the different effects of laser marking on acrylic, and provides tips for adjusting the core parameters of power, speed, and frequency to achieve the desired effect. This course is designed for those who work with acrylic crafts, identification plates, and the like.

The Secrets of Temperature Control in Leather Laser Marking

Laser marking is an important technique in leather processing, but it is easy to burn the leather if the temperature is too high.The book covers practical techniques such as adjusting laser power, testing materials, and real-time monitoring. It helps readers precisely control operating parameters so that they can ensure that the patterns are clear without damaging the leather.

Laser Power Conversion Formula for Various Material Thicknesses

It provides a detailed introduction to the conversion methods for laser power for materials of different thicknesses, as well as a practical formula and a guide to an online calculator.Whether you are a laser cutting novice or expert, you can quickly master how to adjust the power parameters according to the characteristics of the material, ensuring processing quality while avoiding waste of energy.

How to Adjust Parameters for Curved Surfaces

This book addresses the problem of adjusting parameters for curved surfaces, and uses the example of mobile phone cases to provide a detailed explanation of the techniques involved in setting the parameters of laser marking equipment, including the methods for adjusting the core parameters of power, speed, and frequency. It also addresses common problems such as blurring and line breaks that occur when marking curved surfaces.

Laser Marking: Common Mistakes in Frequency Settings

Explaining the common mistakes of setting the frequency of a laser marking machine, the article focuses on the errors that novice users often make when adjusting parameters. Combining practical experience, the article explains how to correctly understand frequency parameters, avoid damage to the material, and optimize marking results.Mastery of key techniques can help you improve your work efficiency and product quality.

A Complete Guide to Laser Engraving Wood: From Setting Parameters to Controlling Results

The book details the entire process of laser engraving on wood, including setting equipment parameters and controlling the final effect. It covers core parameters such as power, speed and frequency, and offers practical tips for controlling depth and optimizing clarity.

Three Tricks for Dealing with Black Marks

The problem of black marks on plastic is often caused by improper power settings. We have tested three adjustment techniques that will help you solve the problem of black marks and improve the quality of your laser engraving.It is suitable for ABS, PP, and other common materials, is easy to use, and has been proven to be effective.

Laser marking parameters for five metals (stainless steel / aluminum / copper)

The company offers a laser marking parameter comparison chart for five commonly used metals: stainless steel, aluminum, copper, and two others. The chart covers critical settings such as power, speed, and frequency.The book provides a summary of the parameter ranges that were determined through actual testing. This helps users quickly match the characteristics of the material, and avoids problems such as blurring and scorching caused by improper parameters.