Laser Marking
What Are the Differences Between Laser Engraving and Laser Annealing?
Fiber lasers are used to carry out laser direct part marking (LDPM) on various metals. From the softer to the hardest metals, it is possible to mark individualized identifiers that takes the forms of...
Laser Marking Time Estimate for Industrial Applications
Traceability can be the source of a great competitive advantage for diecasters and many others in the primary metals industry. Laser marking combined with Data Matrix Code is a great means to do...
Laser Engraving for the Diecasting and Primary Metals Industries
This post offers an overview of laser direct part marking, the reasons to favour Data Matrix Codes over any other encoding mechanism, how much time is required to uniquely identify a part and a quick...
The Challenges of Direct Part Marking (DPM) and Post Process Treatments
We have been saying for quite some time now that laser Direct Part Marking (DPM) is the sturdiest way to implement a traceability system. We have put our beliefs to the test, and the results are in....
Laser Automation of an Industrial Laser Marking System
High-power lasers, such as those used for marking, cleaning and cutting applications, when they are encased in a properly designed enclosure become 100% safe for workers and passersby. In this video,...
Integrating laser markers : An interview with Paul Rochette
Mr. Paul Rochette, Director Business Development for Primary Metal - Laserax Paul graduated in Mechanical Engineering. He has over 20 years of experience in product...
Inkjet or Laser Marking Systems : How to choose
Inkjet markers and laser marking systems are common options for many industrial marking applications. In order to choose the best option for your application, let’s try to understand how both...
Pages
- « first
- ‹ previous
- 1
- 2
- 3