Laser Marking Solutions for Electronics Industry

laser marking solution in electronics

The application of laser marking in the electronics industry includes these components: electronic equipment, electronic components, electronic devices, cell phones, keyboards, home appliance panels, optical cables, etc..

Under the premise of precision processing in the electronics industry, traditional printing, stamping, CNC and other processes can no longer meet the ever-increasing processing needs and cannot effectively control production costs.

Linxuan laser marking machines are suitable for complex and delicate marking and traceability solutions, and effectively improve processing efficiency and reduce costs.

Strong anti-counterfeiting: Once the product’s batch number, serial number, QR code, logo and other identification information are marked on/engraved, it can never be changed, and the mark will not fade due to environmental factors (touch, acidic and alkaline gas, high temperature, low temperature, etc.). These better ensure the quality of goods and play an anti-counterfeiting role.

Improve product quality: It can play a certain role in resisting the chaos in the electronics industry, thus improving the quality of electronic products.

Low cost: The electronics industry mainly relies on production to earn benefits, and naturally requires a large amount of equipment. At the same time, the frequency of equipment failure maintenance needs to be the lowest. Laser marking machine upfront investment costs will be a little higher, but it does not have any consumables, no power consumption, maintenance-free, service life of up to 100,000 hours. Laser markers can be equipped with automated systems, saving manpower, consumables, etc. In the long run, the cost of laser marking equipment is much lower than traditional marking methods.

Why not speak to one of our sales reps about your laser marking needs?

Laser marking for these small electronic components

Laser marking solution is very suitable for the marking of integrated circuits, resistors, capacitors, crystal oscillators, diodes, triodes and other devices.

Laser marking machines mark products in a very small space to meet traceability requirements; quickly and individually mark multiple workpieces at the same time; connect production data from upper-level production system online; produce low mechanical and thermal loads during the marking process without damaging sensitive electronic component materials.

Flying fiber laser marker

CO2 laser marker

Laser marking for small electronic components circuit

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