As a modern precision machining method, laser marking machine has advantages over traditional machining methods such as printing, mechanical engraving and edM.  The equipment is maintenance-free, adjustment-free, reliable and so on, especially suitable for precision, depth, smoothness requirements of the field, so widely used in luxury goods industry, can process metal products such as i...

The product description Fiber laser marking machine >>> Device Introduction Youngpool technology high quality fiber laser marking machine, mainly used in SMT line body PCB coding identification, can choose online or offline coding, laser minimum point diameter of 15μm, can solve the mobile phone, automotive electronics, semiconductor and medical industry to the two-dimensional code of the...

Application of laser marking machine in automotive electronic PCB: Laser marking machine is also known as laser marking machine, laser coding machine, laser marking machine, laser marking machine, laser marking machine, laser marking equipment and so on, laser marking machine has several types of machine, and the characteristics of different types of laser marking machine are not quite the same, a...

Laser marking machine marking on PCB board features: 1, with anti-counterfeiting. It is not easy to imitate and change the engraving marks on PCB with laser marking machine, so it has high anti-counterfeiting. 2, lasting effect. The marks carved by laser marking machine will not fade out because of touch and environment, so using laser marking machine on the PCB board is able to be preserved for a...

Laser marking machine is a permanent mark on the surface of the laser beam, the traditional metal products is handmade stickers (damage, contamination, unable to recognize) or code (to human body harm degree is very big, there are chemical composition, material long time investment, high cost), the traditional way of stickers, is easy to damage, contamination, etc to identify defects, while printi...

As electronic manufacturing continues to evolve toward thinner, lighter, and higher-precision designs, PCB structures are increasingly trending toward reduced thickness. The depaneling process plays a critical role in determining the overall quality and stability of SMT production lines.   Conventional depaneling methods predominantly rely on routing. For PCBs with a thickness above 1 mm and ...