Premium fiber laser marking machine online shopping? The CO2 laser cutting machine uses CO2 and other gas-particle as the laser medium and cuts objects. The CO2 laser cutting machine cuts the materials having the height in between 6mm to 20 mm. The higher the power can cut thicker materials. This laser system can cut any solid materials such as acrylic, wood, paper, metals, plastic, and all other elements.
The CO2 Laser engraver machine is highly precision instruments typically used to write, decorate, make logos on the surface of the material by engraving process. This engraving depth can be 0.0001″ to 0.005″. The CO2 laser machine can perform its operation on any hard materials, such as acrylic, wood, paper, metals, plastic, and all other elements. Depending on the power supply, there are types of CO2 laser engravers. But among them, 30W laser, 40W CO2 laser engraver, 50W CO2 laser are noteworthy. The CO2 laser system is a ninth-century invention; still, it’s beneficial in engraving materials. It is prevalent than other laser machines. The design process is a little slow yet captivating.
Who Are We? Dongguan Hispeed Laser Technology is a factory providing laser marking machine and laser technology support to customers in laser industry worldwide. What We Do? Manufacturing and Selling Fiber laser marking machine,CO2 laser marking machine, UV laser marking machine and more. How we can help you? To save cost on sourcing laser machines and spare parts. To get the most suitable laser marking machine for your products .To recommend you the best laser marking solution for your production line reliably and cost-effectively. Read even more info at https://hispeedlaser.com/laser-engraving-machine-vs-laser-marking-machine/.
However, let’s discuss the fiber laser marking principle. In the mechanism, two side mirrors are surrounding the laser medium (Fiber doped with erbium). While giving the Power in the medium, the particle energized and came to its excited state. If one particle comes to its original position, it releases a photon. If this photon hits another energized particle, it produces two photons. In this way, lots of photons are created from the excited particles in the laser medium. After that, depending on the requirements of the design, these photons are controlled by the machine and releases the necessary amounts and dimension of the beam. These photons then hit the surface of the materials and change the structural properties of the surface.
Laser is becoming a new method for most marking applications. Although it requires a higher initial investment than its alternatives, it provides a better return on investment. The satisfactory investment return is inseparable with the following benefits: In most cases, it’s the fastest marking solution. Looking at aluminum marking performances, it’s possible to create a high-contrast data matrix code in just 1.40 seconds. Laser marking is a traceability solution like no other. It offers near perfect readability rates, thanks to the high reliability of laser systems and to the high contrast of marked identifiers. It can also create marks that are truly permanent, capable of withstanding almost any surface treatment such as e-coating, heat treating. It can be used to create permanent marks on materials whose surface cannot be directly marked (like stainless steel) by creating a mark under the surface. Due to the high precision of laser marking, even very delicate graphics, 1-point fonts and very small geometries will become clearly discern. Meanwhile, marking with the laser ensures constant high-quality results. Laser marking is permanent and at the same time resistant to abrasion, heat and acids. Depending on the laser parameter settings, certain materials can also be marked without causing damages to the surface. Find extra details on https://hispeedlaser.com/.