[Frankie] and [Bryan] have figured out a way to use the laser to chemically activate an etching process. See experiment part 2 as well. First, to be clear, they are using a quality 40W Epilog Zing ...

By placing a thin film on top of a DVD (or any plastic CD shaped disc), and coating it with graphite oxide, you can literally print patterns of graphene using the laser in your DVD burner.

The Monport MEGA embodies Monport's core values: smarter, safer, and more efficient laser engraving. With intuitive controls and high-speed engraving up to 1,000mm/s, it simplifies complex projects ...

Nd:YAG / Solid State Laser marking machine and/or components use Nd:YAG or Nd:VO4 solid state lasers Diode Laser marking machine and/or components use diode lasers. Fiber Laser Fiber lasers use ...

One of the most commonly used methods to create such a tip is electrochemical etching of a metal wire. The process of electrochemical etching involves applying a potential difference between a cathode ...

This short film explains the process of laser cutting, which is when high-powered laser is used to cut, etch or engrave a material. Laser cutting is an increasingly common technique taught in schools.

"Currently, with standard commercial laser-based machines ... those interactions exist and can be beneficial to the process." ...

One of the standout features of the xTool S1 is its Pin-point Positioning™️ technology, which makes engraving with precision ...

This marking process enables you to accurately lay ... the Air Assist (which is an essential for any type of laser engraving, both for enclosed machines like the M1 Ultra and open machines ...

The company's best-selling model is the xTool S1: An enclosed diode laser engraver that has ... any harmful gases during the cutting and engraving process. There are also three independent ...

The development of these flexible supercapacitors is also economical and scalable, thanks to the precision of the ...