Laser Marking Of Challenging Materials
The EV4G green laser system is suited for marking and processing challenging materials such as silicon, colored plastics, acrylic and polymers used in the electronics, semiconductor packaging, solar and medical industries. This fiber-coupled, diode-pumped, air-cooled solid-state (DPSS) laser system produces a more than 4W laser beam (TEMoo mode) at a 532-nm wavelength. In addition, the system is optimized for a stable performance from low- to high-power levels to handle a variety of applications and materials.
Share
This fiber-coupled, diode-pumped, air-cooled solid-state (DPSS) laser system produces a more than 4W laser beam (TEMoo mode) at a 532-nm wavelength. In addition, the system is optimized for a stable performance from low- to high-power levels to handle a variety of applications and materials. The system can operate in industrial environments where shock, vibration and dust often cause problems for conventional laser equipment, the company says.
The laser system is designed to integrate with Telesis Merlin II LS marking software, a Windows-based package that comes standard with the laser marking system. Merlin II offers a graphical user interface that makes marking pattern design quick and easy, the company says.
Related Content
-
Omax Waterjet System Improves Efficiency, Precision
IMTS 2024: The Omax OptiMAX 60X waterjet system, equipped with optimized software and cutting capabilities, provides efficiency in production and precision.
-
3 Lessons Job Shops Can Learn From Laser Cutters
This laser-cutting “job shop” designs its processes to make high-mix, low volume work profitable.
-
Where Micro-Laser Machining Is the Focus
A company that was once a consulting firm has become a successful micro-laser machine shop producing complex parts and features that most traditional CNC shops cannot machine.