Motion Control for Your Laser System
Laser system integration typically involves programming software-controlled laser equipment with beam delivery optics and a motion control device (such as a rotation and/or an X-Y stage) to perform the exact operation required for your laser application. This could be a laser system with an advanced integrated X-Y-Z motion device for a step-and-repeat process, or coordinated rotary motion for seamlessly laser marking or laser welding around a circumference.
LaserStar Technologies extensive line of motion control and positioning systems, permit us to provide tailor-made systems for our customers, while utilizing the most accurate and high performance motion control and positioning components available.
Laser Welding Systems
LaserStar Technologies offers a wide range of standard and custom laser welding workstations to meet a variety of precision spot and seam laser welding applications.
LaserStar provides high precision motion devices that can be integrated into many of our manual laser welding systems as well as our Multi-Purpose laser welding workstations which are Class 1 Enclosures that easily integrate with a variety of laser processing technologies and motion systems while providing full featured HMI (Human Machine Interface) capabilities for total process management. Laser Welding Workstation features include multi-axis motion devices, custom process controls, vision system alignment and inspection, atmospheric control, while offering the speed, reliability and flexibility required for meeting stringent quality control and process certification standards.
Laser Marking & Laser Engraving Systems
LaserStar Technologies FiberStar laser marking sources and systems provide controllable pulse rates that can be adjusted from continuous wave to single pulse for deep laser marking, laser cutting, or fast throughput thermal mark applications at up to 200 characters per second.
FiberStar Laser Marking and Engraving Systems are ideal for a wide range of applications including flat surfaces, advanced integrated XYZ motion for step-and-repeat laser marking, or coordinated rotary motion for seamlessly laser marking around a circumference. LaserStar’s CAD2 operating software provides complete coordination of all integrated systems.
Material Processing Specialists
Our Applications Laboratory is a valuable resource to test and verify a lasers “fitness for the application” for many laser welding and laser marking opportunities.
Take advantage of this resource by requesting a Complimentary Application Evaluation. LaserStar’s Application Specialists will discuss your specific requirements, test your application, generate a Sample Evaluation Report, and recommend the proper system configuration.
LaserStar has years of experience in laser welding and laser marking a wide range of materials, including:
Nitinol • Monel • Titanium • Stainless Steel • Steel Alloys • Nickel Alloys • Aluminum Gold • Platinum • Silver • Kovar • Beryliium • Nyobium • Iridium • Inconel • Tungsten Carbide
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