Precise miniaturization of 2D Data Matrix (DM) Codes on Aluminum alloy formed by raster
mode laser direct part marking is demonstrated. The characteristic edge over-burn effects …

Certain applications have recently appeared in industry where a traditional bar code printed
on a label will not survive because the item to be tracked has to be exposed to harsh …

This paper studies of laser parameters for direct-part marking Data Matrix symbols on
aluminum alloy by using Nd: YAG laser. Different laser parameters and the resultant can …

This paper investigates the effects of laser processing parameters (fill spacing, current
intensity, laser scanning speed, pulse frequency) on the quality of the barcodes laser …

Industrial laser marking of aluminium is becoming a key technology for both metal producers
and transformers. Its low maintenance and consumables costs due to the fiber‐based laser …

To evaluate the quality of the laser direct part marked Data Matrix symbols on titanium alloy
substrates, the quality assessment methods at home and abroad were compared. A new …

The creation of visible changes marked onto object surfaces by laser has become an
effective way of coding industrial products. Industrial applications for printing solutions drive …

The labeling of glass is an important processing step for the pharmaceutical industry that
allows tracing and controlling of their products. The current techniques, ie color bar codes or …

The marking of integrated circuit (IC) packages with neodymium-doped yttrium aluminium
garnet (Nd: YAG) lasers has become a widely accepted technique in the microelectronics …

One of the early applications of lasers was marking electronics components. Today laser
marking has found its way into a wide range of applications, from wafer marking at the chip …