Carbon dioxide (CO2) lasers and ultraviolet (UV) lasers have many differences in their working principles, applications and characteristics. Here are the main differences between them:

This is because the light output speed of the laser is inconsistent with the swing speed of the galvanometer motor. The laser light output speed is generally faster, while the galvanometer motor is mechanically slower than the laser. If we want the marking effect to be good, we must set these delay parameters. That is to say, when the laser marking machine is working, it first needs to wait for the oscillating galvanometer of the galvanometer to control the light to reach the starting point of the marking, and then emit light. It is better to start writing at this time. A single graphic, at the end of marking, is also the graphic after the galvanometer is finished, and the light is turned off after the graphic is sealed.

In our daily life, circuit boards are an indispensable part. From home appliances to high-tech equipment, circuit boards play a key role in a variety of electronic products. In the circuit board manufacturing process, laser technology plays an important role. So, for circuit board lasers, which one is better, green laser or ultraviolet laser? This article will combine personal life experience and professional analysis to analyze this issue for you.

Controlling the power or intensity of a UV (ultraviolet) laser beam can be achieved using a combination of optical and electronic methods. Here are some common techniques to regulate the power or intensity of a UV laser beam:

High-power UV laser cutting glass is attracting attention in the industry because of its high precision, low damage and high efficiency. Applications include: microelectronics manufacturing, solar panel manufacturing, medical equipment, precision instruments, art and decoration, automotive industry, construction sector, fiber optic communications, research and development. Compared with other methods, the heat-affected zone is small, and the cutting accuracy and repeatability of glass are high.

Yes, you can engrave glass with a UV laser cutter, but it's important to note that UV lasers have specific characteristics that make them suitable for certain glass engraving applications. Here's how it works:

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