Discover some of the latest real-world techniques and applications from our FABTECH laser experts. This workshop will cover: what’s new, laser system overview and sources, design considerations, additive and hybrid laser welding, followed by application discussion with expert speakers.
Essential Considerations for Laser Welding - From Component Design to Implementation
As the use of lasers become more widespread, designers and product engineers need to gain familiarity with not only the properties, advantages and applicability of the laser welding process, but also with how to design components, assemblies and systems for successful laser welding. Material selection, weld joint design, component part preparation, and part fixturing are all critical to successful implementation. These topics are presented using multiple examples and case studies.
David Havrilla - TRUMPF Inc.
Introduction to Industrial Laser Welding
Discussions of the different laser welding regimes and how they compare to other welding technologies. Typical examples of micro and macro welding applications will be presented and will reference the basic laser hardware and process techniques required. Featured at the end of the discussion will be the latest technology for weld monitoring.
Tom Kugler - Laser Mechanisms, Inc.
Laser Sources for Industrial Laser Welding: Fiber, Disk and Diode
Several of the most common laser technologies will be presented with an explanation of their mode of operation, distinctive characteristics and typical applications. Laser welding processes have been used for over 40 years. Many laser technologies have emerged to solve the most demanding challenges. From the high-power CO2 lasers to the more recent technologies such as high-power diode, disk and fiber lasers, each laser technology brings different advantages making welding processes more efficient. Jean-Philippe Lavoie – Coherent Inc.
What's New in Laser Welding
Learn about recent advances and industry trends in laser welding including laser sources, delivery optics, weld monitoring and integration/automation and how they impact applications capability. Highlights include developments in fiber and disk laser technology enabling welding of aluminum 6xxx without filler material, producing spatter free penetration welds in steels, and welding zero gap zinc coated steels, and how the growth of laser welding in automotive and automation are changing the laser welding capability landscape.
Geoff Shannon, PhD - Coherent Inc.
System Overview for Automated Laser Welding in Production with Examples for Welding Automotive Seat Components and Tailor Welded Blanks
This presentation provides basic information regarding automated laser production systems and will address what an automated system is comprised of, laser choices and process applications. Examples of laser systems in various industries will be shown including automotive seat components and automotive tailor welded blanks.
David Guastaferri - Lincoln Electric Automation
Hybrid Laser Welding
As has been seen, the "hybrid age" may have been slow in coming but has accelerated in the last few years. This acceleration in implementation has been driven by improvements in lasers, especially high brightness lasers. These new lasers have allowed for easier integration into systems and lower ownership cost, which have improved the ROI of the process. In addition, as new standards become available, there is a potential for the technology to be accepted and implemented. Further implementation will be driven by additional advances in the lasers and processes.
Paul Denney - IPG Photonics
Laser Welding and Additive Technologies
Laser Welding and Additive Technology is rapidly evolving into a new and exciting industry with a wide range of industrial applications. The presentation will include: why use a laser for welding, hybrid laser welding and industrial additive manufacturing with lasers.
Wayne Penn - Alabama Laser
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