Handheld fiber laser welding has become an increasingly practical option for fabrication shops looking for controlled heat input, clean welds, and reduced secondary finishing. But comparing machines based only on laser power does not tell the entire story. Cooling, duty cycle, wire feeding, electrical requirements, process controls, safety monitoring, and serviceability can all affect how well a laser welder fits into day-to-day production. Here are several areas to consider

Many fabrication businesses do not work with just one type of material. A project may require flat sheet for brackets and panels, round tubing for frames, and square or rectangular tubing for structural components. Traditionally, processing those materials can mean investing in separate sheet and tube cutting equipment. For the right operation, a combination fiber laser provides another option. The AP3015 20SHT Plate & Tube Fiber Laser Cutting System combines sheet cutting wi

Electrical requirements are an important part of choosing a fiber laser cutting machine, but they are sometimes overlooked until late in the purchasing process. For many fabrication shops, especially smaller facilities, job shops, repair operations, and businesses purchasing their first fiber laser, one of the first questions should be: Does our facility have the electrical service required to operate the machine? While higher-power industrial fiber lasers commonly require th