The portable laser marking device PLM2/10 is the ideal solution for anyone who wants to perform marking tasks mobile, flexibly and precisely. Even when used for the first time, the portable laser marking device impresses with its ease of use, compact design and high marking quality – regardless of the location.
The battery-powered portable laser marking device is suitable for metals as well as organic and non-metallic materials. Equipped with an innovative 2-in-1 laser system, the device operates at 1064 nm (infrared) and 455 nm (blue), covering a wide range of applications.
Compact, mobile and ready for immediate use
With a marking area of 55 × 55 mm, most marking tasks can be carried out with ease. The powerful battery provides a runtime of up to one hour and is fully operational again after approximately three hours of charging – ideal for service calls, workshops or outdoor use.
Thanks to its plug-and-play function, the portable laser marking device is ready for use within seconds. It can be conveniently operated via smartphone or PC, ensuring maximum flexibility and high precision.
Optimised for metal and non-metal surfaces
Specially developed for metal surfaces, the 2 W infrared laser achieves particularly high-contrast and permanent markings on common metals. These include, among others:
- Stainless steel
- Steel
- Copper
- Brass
- Titanium
- Aluminium (also anodised)
Non-metals can also be marked reliably, including:
- Plastics (ABS, PVC, polycarbonate, etc.)
- Wood
- Leather
- Rubber
- Glass
- Ceramics
For many materials, the marking parameters are already preset, so that optimal results can be achieved immediately after selecting the material.
The ideal portable laser marking device for every application
Whether indoors or outdoors: the portable laser marking device PLM2/10 offers a reliable solution for simple to demanding marking tasks. It combines mobility, precision and user-friendliness in one compact system.
👉 Further information can be found on our website.
👉 We are also happy to offer a live demonstration or consultation.
Would you like to know more about lasers in general? Here you can find an explanation of lasers.
