Handheld laser welding is getting faster, easier to use, and more capable. But in my view, its long-term future depends on treating it like what it is: a real welding process requiring trained and qualified people. It is hard not to pay attention to handheld laser welding when you are trying to launch a newsletter … Read more
A practical, easy-to-understand guide for U.S. manufacturers and fabrication shops considering handheld laser welding. It covers safety, equipment selection, setup, process basics, materials, joint design, fume control, qualification, quality, and practical steps for getting started—supported by reliable industry, government, manufacturer, and peer-reviewed sources.
Handheld laser welding is gaining attention for good reason. In suitable applications, it can produce fast, clean welds with low heat input, limited distortion, and less post-weld finishing.[1] For weld shop owners and supervisors, however, the real question is not simply whether the process works. It is whether it can be introduced safely, consistently, and … Read more
Learning Objectives Figure 3-1. Example of a controlled handheld laser welding area with access control, extraction, monitoring, and operator PPE. 3.1 Class 4 Means Immediate Hazard The U.S. Food and Drug Administration describes Class IV lasers as capable of causing immediate skin and eye injury from the direct or reflected beam and as presenting a … Read more
Practical Guidance for Shop Owners, Welders,
Supervisors, and Students