Laser marking
We are experts in laser marking for production processes.
Our Laser Marking Services
Individual solutions
We provide custom laser solutions designed just for you.
The lasers themselves
We can integrate into the customer’s operation (production line).
Complete laser workstations
Comprehensive solutions tailored to your production or using standardized stations.
Laser safety
We provide complete workplace security according to the laser safety standard, including training.
Our laser marking technology
Whatever your production needs, we have the right marking technology for you.
We ensure that the laser is used in accordance with the applicable standards
Laser marking is classified into different safety classes according to ČSN EN 60825-1. Based on this standard, we ensure complete safety for your workplace.
If lasers are not equipped with the appropriate protective enclosure, laser marking technology falls into Safety Class 4. Class 4 laser equipment may only be operated under strict safety measures (safety glass, shielding, safety goggles, window coverings, locked entry doors, warning lights outside the room, official notification to the relevant public health authority about the operation of a Class 4 laser, and classification of the workplace into the appropriate safety category, among others)
Marking lasers that are completely enclosed, preventing access to potentially hazardous radiation during operation (encapsulated laser devices), are classified as Class 1, or Class 2 if a visible red laser diode is used.
Advantages of laser marking
- permanent, indelible marking
- contactless marking method
- extraordinary precision
- usability for all types of materials
- resistance to abrasion, heat, acids
- perfect quality without damage to the material
- low operating costs
- minimum operation and maintenance requirements
- quiet operation
What criteria do we use to choose a laser?
- cycle time
- on the fly- static application
- message size
- product material
- desired effect
- Thickness of the surface finish
- possibility of surface disturbance
- working distance
- building dimensions
- the surrounding environment
What is a laser and how does it work?
L A S E R = Light Amplificationby Stimulated Emissionof Radiation
The first functional laser was introduced to the world on May 16, 1960. Since then, it has undergone tremendous development and moved from scientists’ laboratories into everyday use, helping in a wide range of fields.
The laser emits coherent light (same direction, same wavelength). A coherent laser beam has two main properties:
- the beam can be transmitted over considerable distances
- can focus intensely on a particular point
Thanks to these key properties, lasers can be used on a wide range of materials and in virtually all industrial sectors — and they offer many advantages.
Laser – an invaluable tool in your production
What custom solution can we design for you?