The Laser Marker
suitable for your company
In general, laser marking is achieved by focusing the light emitted by a laser diode and this in turn interacts with a material to generate a high-quality permanent mark.
This is a process that does not involve physical contact and does not require consumables, therefore it is clean and efficient in terms of energy consumption.
The laser marking is created using an intuitive Windows® based software which controls the laser emission and the movement of mirrors controlled by high precision motors.
This software allows you to write text, graphics, logos, barcodes and datamatrix (2D) codes. It also contains internal automation processes to serialize, include dates, variables, remote programming, I/O control, among other automations.
General capabilities of
Laser markers from 5W to 80W.
Customized solutions to customer requirements, which include marking stations, mechanical movement of the Z-axis marker, readers and vision systems.
Marking of different materials from metals, plastics and ceramics.
Marking processes: engraving, ablation, annealing, bleaching/foaming.
Advanced Processes: cutting or welding of metals and thin plastics.
High quality marking on medical equipment.
Anticorrosive marking on stainless steel.
Cable stripping processes.
Our laser marking complies with FDA regulations.
Marking on rough metal surfaces with excellent contrast.
Depth marking (deep engraving) with low cycle time.
At Panasonic we have FAYb and CO2 models, with wavelengths of 1,060 nm, 1,064 nm, 1,070 nm, 9,300 nm and 10,600 nm.
Which gives us the opportunity to solve
99% of applications in the market.
Click on one of the following images to see its technical information.