¿Os acordáis de la entrada que hicimos sobre la microestructuración láser en moldes (IMM)? Pues hoy os traemos otro tipo de aplicación de láser que os va a sorprender: la interferencia de patrones láser.
At ATRIA we work on the development of a new generation of surface solutions that improve cleaning properties of plastic products. Today we tell you one of them.
Do you want to know what we do with laser technology? Today in the post.
Laser marking is sometimes called “laser screen printing”, “laser printing” or even “laser pad printing”, but the truth is laser technology has nothing to do with these traditional technics. Some of you have asked us about the advantages of laser over others, as pad printing or screen printing, and we want to share with all of you in this post the answer to this question.
Can be glass as resistant as steel? Researchers at The University of Tokyo and Japan Synchrotron Radiation Research Institute have created it at lab scale.
Laser technology is far from fiction and lightsaber duels from Star Wars movies; many applications are already developed, but furthermore, new uses and utilities are been continuously discovered. Besides common industrial uses like cutting, perforating, welding, marking and decorating numerous materials, lasers have other less-known applications. We will look at some of those applications in this post, focusing in those directly related with us, humans.
The European Project DIPLAT, “Enabling advanced functionalities of Diamond and other ultra-hard materials by Integrated Pulsed Laser Ablation Technologies”, consist on the application of pulsed laser ablation technologies for the fabrication of high performance tools.