Laser systems are an integral part of manufacturing processes in several industries. Whether you are an operator or a laser safety officer, understanding the laser safety standards that apply to your country and situation is crucial to ensuring the safe use of lasers. In this article, we’ll define and explain the key laser safety standards, their implications, and how they’re applied across North America, Europe and Asia.
Some lasers are powerful enough to damage your skin, cause serious eye injuries, and set your workplace on fire. This is why governmental and international organizations have put in place strict standards separating laser systems into safety classes based on their hazard risks.
All over the world, laser products are identified with warning labels like the ones above. But what does a Class 1 label mean? And who decides which labels to apply?
To make sure laser technology is perfectly safe in manufacturing environments, it must be implemented properly to prevent health risks. One of the important laser safety considerations is the extraction and the filtration of fumes.
When integrating high-power laser on production floors some concerns regarding the safety of workers will surely arise. In this blog, we suggest a series of resources that you might find useful to...
As a smelting, a die-casting or extrusion professional, are you considering the use of laser direct part marking to improve traceability? Laserax’s open-air laser marking system may be the solution...
One of the most common uses of lasers is, you guessed it, office laser printing. As a matter of fact, laser diodes can be found in your regular run-of-the-mill office printer. You probably never...
Nobody expects that the intensity required to tear speckles of metal from a part to be harmless to humans. But you might not expect that the reflections of the laser beam might be harmful to humans...
