NEWS RELEASES
EP&T September 2007 - KJ Laser Micromachining Appoints New Laser Application Expert
This article is also featured in this month's EP&T magazine.
KJ Laser Micromachining (a division of KJ Marketing Services), Toronto Ontario,
has appointed Tuan Anh Mai to lead its Laser Micromachining/Laser Applications group.
Tuan A. Mai has more than 20 years of experience in the field of lasers and laser material
processing, with a focus in the development and customization of laser micromachining
processes and systems.
Tuan has vast experience in laser micromachining and laser applications ranging from laser
micromachining of semiconductor, brittle and other difficult to machine materials, wafer
dicing and development of the waterjet guided laser.
Tuan A. Mai received his Mechanical Engineering Degree at the University of Ilmenau
(Germany) and his PhD in Materials Engineering at the University of Hannover
(Germany). His excellent scientific background and extensive experience will allow Tuan
Mai to continue to advance KJ Laser Micromachining capabilities to meet the stringent
requirements of its customers and expand its laser micromachining service, breadth of
application and customer base.
KJ Laser Micromachining is the Canadian leader in the laser machining of glasses,
plastics, ceramics, rubbers and metals offering cutting, drilling, engraving, welding and
laser polishing.
Photonics.com of Laurin Publishing Co. Inc. September 2007 - Tuan Mai to Head KJ Laser Micromachining
Laser application expert Tuan A. Mai has been named by KJ Marketing Services of Toronto to lead
its KJ Laser Micromachining division. Mai, who has more than 20 years of experience in lasers and
laser material processing, previously worked as project manager with Germany's Laser Zentrum
Hannover, research scientist at the Singapore Institute of Manufacturing Technology, process
development and applications manager at Advanced Laser Separation International and research and
development manager for Synova. KJ Laser Micromachining laser machines metals, plastics, ceramics,
rubbers and glasses. (9/4/2007)
View the News Brief:
http://www.photonics.com/content/briefs/2007/September/4/88805.aspx
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