Laser marking is the process of marking parts or workpieces using laser technology. The laser beam hits the material, and its energy response will leave permanent marks. The speed, power and focus of the laser beam on the part will lead to different laser processing processes. You can use laser engraving, laser etching, laser annealing, or laser ablation for marking. This article tells about the use process of the laser marking machine.

Lasers are used very common in the recent years.There are three different types of Laser sources for a laser engraving machine, including CO2, fiber and crystal (although CO2 and Fiber is the most common). Each laser source has its own unique ability. With the right laser source, you can make the most of these advantages to help your business, such as improving efficiency, accuracy and flexibility.The Following guide will help you determine which type of laser source is best for you.

Laser cutting machine works by focusing a high-power laser on the surface of the material being cut. The energy in the laser beam is absorbed by the surface of the material, and the energy of the laser is converted into heat, causing the material to melt or evaporate. In addition, the gas is concentrated or blown into the cutting area to expel or blow molten metal and steam from the cutting path.So what are the technologies are being used in this process, let’s take a look into this.

Laser marking is the process of leaving a mark, symbol or any graphical symbol on the surface of an object. It also includes color changes due to chemical / molecular changes, charring, blistering, melting, ablation, etc. Fiber laser marking machine uses fiber laser light source. The generated laser light is transmitted through an optical fiber matched with a high-speed scanning galvanometer for workpiece marking. So, what is the applications of the laser marking machine? This article tells the answer.

Laser engraving machine has the advantages of high engraving accuracy, fast engraving speed, low thermal effect, no pollution, no noise, etc. It has been widely used in automotive, shipbuilding, aerospace, electronics and other industries. The quality of laser engraving is closely related to the relative position of the laser focus and the workpiece. Ensuring the relative position of the laser focus and the engraving object is one of the important guarantees for the laser engraving machine quality of the wheel hub. But there may be some failures, let us check about the solution of the failure.