Laser Cleaning Performance for Metal Contaminants
This technical paper reports the cleaning speeds obtained for typical industrial contaminants, namely rust, paint, dust, oil, and mill scale.
Read moreThis technical paper reports the cleaning speeds obtained for typical industrial contaminants, namely rust, paint, dust, oil, and mill scale.
Read morePaint Removal off a Wheel with Laser Cleaning
Read moreThis white paper gives an extensive look into the development of Laserax's patent-pending shotblast resistant laser marking. For a quick overview read the application note.
Read moreLaserax has developed an exclusive patent-pending laser direct part marking process designed to withstand shotblasting. Get an overview of the process in this application note.
Read moreLaser marking is a very promising solution to the challenges of traceability faced by many plant managers. Laserax modular laser systems are easy to integrate in automated production lines or autonomous production cells. Download Laser Marking Guide for Plant Managers and Other Non-tech Types
Read moreLaser direct part marking (DPM) can be used on various non-ferrous metals to uniquely identify the product with a serialized identifier
Read moreLaser direct part marking on die castings allows improved traceability and provides invaluable information up and down the value chain.
Read moreTraceability and Direct Part Marking of die castings are becoming a hot topic. Laser marking and other marking technologies used in the die-casting are compared in this paper.
Read moreThis paper focuses on the study of laser marking on aluminum. Energy contained in the laser beam modifies the surface of aluminum in ways that creates white and black area.
Read moreIn this paper, first released for TMS 2017 Meeting and Exhibition, the authors explain how Laserax’s LXQ 3D Vision industrial laser marker successfully solves the problem of part positioning and profile acquisition of complex 3D shapes.
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