Industrial laser marking is an important step in any production line as to cost-efficiently foresee the right outcome to your finished products. Industrial laser marking is useful in keeping track of all the parts used on the assembly line and preventing wrongful assembly and money loses.

The best performing industrial laser marking applications use a 2D data matrix which provides a more complex code marking within a smaller space than the punching markings. Another solution to industrial laser marking is the 3D marking which has a similar look with the original punch in marking solution. 2D and 3D industrial laser markings are better as they eliminate the stress that was caused by the punch in. Laser marking is done my evaporating material off the surface of the part.

The use of industrial laser marking squares out incorrect labeling for better identifying the parts needed for one assembly or another reducing at the same time the inventory for these parts.

The most commonly encountered problem that arose the need for industrial laser marking was generated by the electronics industry. In this field of business, manufacturers often found themselves with similar parts on the same assembly line which made it difficult for them to chose the right parts to assembly for one product or another. this resulted in thousands if not millions of dollar losses due to incorrect assembly. If you would like to know brief information about marking ideas, you could choose dot marking.

Industrial laser marking is a better alternative to the formerly used ink-jet printing, as ink-jet printing lacked durability properties. Ink-jet printing also showed the drawback of lacking serialized part tracking. As opposed to ink-jet marking, industrial laser marking is a permanent marking solution which is abrasion proof, and chemical resistant in the most unfriendly environments. Another advantage to industrial laser marking, aside the fact that it is a fairly fast process, is that the parts that are marked are not exposed to any thermal stress in the process.

Using industrial laser marking solutions imposed the use of a laser reading machinery as to better keep track of the parts that were marked and to present the manufacturers with real-time inventory over the parts available for assembly and the finished products in stored. The industrial laser marking application imposed an innovation in assembly lines and conveyor belts as to provide them with a motorized platform that would place the reader over the station as to search for the part it needs next in the assembly. For your details information about dot peen, you could choose here.

Industrial laser marking reached such improvements as it can now, with he use of different software programmes, mark, either in linear or ring mode, either plain text or 2D text, with speeds up to hundreds of characters per second. This process can be performed on either curved or flat surfaces as there is no direct contact in between the laser marking machine and the part. The most appreciated advantages to this type of marking are its flexibility, versatility, precision and cost-effectiveness.

Industrial laser marking can be done on a wide range of surfaces, such as ceramic, titanium, aluminum, plastic, stainless steel and wood. The industries that most appreciate the innovations of industrial laser marking are the electronics, automotive, aerospace, medical and promotional product industries.