Application Note How to mark electronic plastic parts reliably, efficiently and sustainably

Focus on efficiency, process optimization and sustainability: Often labels are used for identifying electronic components but in many cases these may not meet the demanding production or life-cycle requirements: Poor adhesion and incorrect placement of labels cause quality issues and problems with reliable legibility. Furthermore, effort and downtime for set-up times, maintenance and material changes, as well as a high need of consumables, lead to economic inefficiency. Innovative laser technology overcomes the material-specific challenges of reliably identifying electronic parts and provides an efficient, sustainable solution for plastic marking.

Our Application Note shows how laser marking replaces the label on an automotive sensor and explains why it is worth switching to laser technology.

Get more insights in our Application Note: 

• What are the challenges of reliably marking electronic plastic parts?
• How does laser marking solve these challenges?
• Which marking laser optimally meets the requirements in the electronics and automotive industries?
• Why does laser marking offer more efficiency and sustainability?

Curious? Download the Application Note "How to mark plastic parts reliably, efficiently, sustainably"!