Join us for an in-depth exploration of the latest advancements in laser technologies. This workshop will cover the operation, characteristics, and applications of various laser types, including high-power CO2, diode, disk, and fiber lasers. Discover how these technologies enhance joining processes, improve precision, and solve complex industrial challenges.
This workshop is ideal for professionals seeking to enhance their knowledge of laser technologies and their practical applications in various industries.
Laser Workshop Opening Remarks
Neil S. Ball - Directed Light, Geoff Shannon, Ph.D - Coherent Inc
Industrial Lasers Overview: Fiber, Disk & 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.
JP Lavoie - Coherent Inc
Robot Precision and Speed of Control, Accurate Motion with Precise Control Ensures the Best Process Quality with Ease of Use
A tightly coupled motion system is critical to the optimum laser processing performance. The latest robot technology with high-speed control allows for the outstanding laser processing performance and improved quality.
Michael Sharpe - FANUC America Corporation
Applications for Handheld Lasers
Reducing distortion and other post and pre-weld processes with handheld laser technology. Handheld laser welding is arguably the largest advancement in manual welding since GMAW, and is rapidly emerging as a transformative solution across industries. From operator owned job-shops to large scale production, this session will highlight through application examples, how to evaluate and implement handheld laser welding in your operation.
Wade Wells - Miller Electric Manufacturing LLC
Advancements in High Power Laser Processing
This presentation will take a closer look at advancements of solid-state laser technology as it pertains to the manufacturing industry. There will be a general discussion as of the current state of solid-state laser technology and where the industry is trending. Topics specific to increased laser power, differing processing techniques, efficiency, applications and assist gas considerations will be discussed. A short question and answer session will follow.
Matt Milazzo - AMADA America
Laser Marking Solutions
Brian Hilliker - FOBA Laser - A Veralto Company
Beam Shaping for Welding
Beam shaping lasers are a unique type of laser that can adjust the power distribution of the beam at the laser source itself. These types of lasers have shown benefits in improving quality and welding speed compared to standard fixed mode lasers in most applications. When welding reflective materials such as copper and aluminum beam shaping lasers have shown themselves as the best choice and sometimes only choice to make a successful weld.
Marc Auger - Coherent Inc.
Applications of Metal Component Repair via Additive LMD/DED: Enhancing Precision and Efficiency with Integrated 3D Scanning and Programming
Laser cladding, Direct Energy Deposition (DED), or Laser Metal Deposition (LMD) revolutionizes metal component repair through precise, localized material addition. This technology minimizes heat-affected zones and distortion, enabling the restoration and refurbishing of intricate geometries and worn surfaces. This method extends component lifespans and salvages components that would otherwise be scrapped, offering a cost-effective alternative to expensive replacements. A machine-integrated 3D scanner with CAD/CAM programming software further optimizes LMD/DED repair applications. The 3D scanner accurately captures damaged component geometry, providing a detailed digital model for precise repair planning. Subsequently, a CAD/CAM software generates the tool paths, ensuring accurate material deposition and minimizing errors. The approach of automated data capture, toolpath planning, and execution is significantly enhancing the workflow efficiency and at the same time allows the reduction of manual intervention.
Ulli Kraske - TRUMPF
Revolutionizing Surface Cleaning: The Power of Laser Technology Drives Cost-Effective & Sustainable Fabrication
Laser cleaning is the eco-friendly alternative to traditional cleaning methods like abrasive blasting or chemical treatments. Laser cleaning uses high-intensity laser beams to remove contaminants, rust, and coatings from surfaces without causing damage to the underlying material. Laser cleaning is precise, efficient, and requires minimal maintenance, plus it is environmentally friendly and cost-effective. In this presentation, we will explore the principles behind laser cleaning, and its various applications across industries such as manufacturing, automotive, and restoration. We will also discuss future trends and the potential for widespread adoption of this cutting-edge technology in industrial settings.
Edwin Büchter - IPG Photonicss | cleanLASER
