Co2 laser cutting machine manufacturer by HiSpeedLaser

Professional fiber laser engraver online shopping? Typically the overall laser system consists of two major units. One of them is the controlling unit, and the other one is the laser-shooting unit. By the way, the energy source located inside the controlling unit. Similar to the CO2 laser marking/engraving machine, the laser comes from the laser medium contained in a protecting box. Here, the laser medium is surrounded by two mirrors. One of them has a pore for the photon transfer. In the presence of the high power energy source, this laser medium produces lots of photons, which is called a laser beam. This laser beam then travels to the laser gun through the fiber cable. In the laser gun, the photons then get mixed with the assist gas oxidizes the photons. The photon then goes through the amplification lens. Finally, It hits the surface of the materials.

The photons come to the laser shooting unit. Here it hits the amplification lens and directly passes through the gun hits the surface of the materials. While passing through the hole, it is mixed with the oxidation gas. Based on the density of the photons and amplifications lens, the depth of the engraving depends. Consequently, the laser cutting machine produces a more powerful cutting beam to cut objects. In the CO2 laser engraver machine, the controlling unit controls the opening and closing of the pore. And thus, the gun engraves the place according to the command line given by the operator.

There are two common types of fiber laser marking: fiber laser engraver and fiber laser marker. As one of the professional fiber laser manufacturers, we provide excellent fiber laser machines including fiber laser engraving machine and fiber laser marking machine. Our fiber laser marking machine can mark metal materials, such as alloy, stainless steel, brass, aluminum, silver, steel, iron, and some non-metal materials, like ABS, PVE, Makrolon. Find extra information on https://hispeedlaser.com/laser-welding-machine/.

There are numerous computer softwares to operate this machine. Install the required drivers for the device. And then draw your design on the software. Determine your required Power, speed, frequencies, and hatch. And practice it if you are a beginner. You can practice it using a metal plate to see if it works properly. There is some feature in the software that will help you to show the marking area before it operates. You can fix your red-bordered light on the object. However, Focal length is another essential thing to consider here. Usually, the zero points are marked on the scale. Let’s say we are working on the 150 x 150 mm. (Normally the more significant range is 200 x 200 mm). And we have 20mm height of the object to mark on it. What can be our focal length ??? well, we will need to move 20 mm upward to adjust the laser gun for the marking.

How does laser marking work? Now, let’s have a look on how laser marking actually works. It’s important to note at the beginning that laser marking is a high-speed process of high precision. Laser marking works by means of a focused beam of light to give the mark on the material veneer. The light beam, essentially, is an atom that is stimulated to release particles of light. Contacting with the material’s surface, the beam will oxidize the laser marking area, bringing change on the color. Generally, the majority of markings will turn black. Moreover, the laser marking also alter the material’s properties and appearance. The energy that is released is measured in wavelengths or nanometers ( NM ). The wavelength is proportional to the strength of laser beam. In other words, the higher the wavelength, the more powerful the laser beam. Discover even more info at https://hispeedlaser.com/.