Keys to Wire Feeding for Laser Based Processes
This presentation will focus on varying aspects to address wire delivery methods (via drums or spools), single versus multidrive packages, delivery options of the wire at the process (tip holders, gas delivery, etc.), and communication methods for controlling the wire feeding process. Wire feed packages can range from simple to complex and the end user needs to understand how best to specify what is needed to optimize the process.
Jason Woolley - Abicor Binzel
Tri-Focal Fiber Lasers for Automotive Brazing
The presentation gives an overview of the newest technology, brazing application examples, and potential other uses as laser brazing is now a highly established process in the automotive industry for joining applications, Help eliminate where the weld seam will be visible to the customer. Case studies discussing how one manufacturer has developed a new fiber laser product that enhances laser brazing by way of a triple spot configuration, which improves process speeds and braze quality.
Michael Wiener - IPG Photonics
Benefits of Remote Laser Joining
Remote laser joining installed in a high volume automotive production line has shown to reduce cycle time, floor space and robot numbers compared to resistance spot welding. Remote laser joining can achieve 3 to 4 welds per second compared to 1 weld every 3 seconds with resistance spot welding allowing higher productivity. This case study will showcase the benefits of remote laser welding and illustrate how productivity can be increased.
Scott Heckert - II-VI HIGHYAG
Laser Joining Applications in Sheet Metal
This presentation will cover the benefits of the laser joining technologies. Today a new purpose for the laser is growing in popularity amongst sheet metal manufacturers: laser welding. Known for its speed, strength, aesthetic appeal and substantially reduced production costs by way of the elimination of downstream processes, conventional welding applications are quickly being replaced by this ever-growing technology.
Brett Thompson - TRUMPF Inc.
