Driven by increased demands for precision, versatility and cost-effective production, a growing number of fabricators are considering the addition of fiber lasers to their cutting arsenal. These machines offer several advantages, including unparalleled accuracy, intricate cuts and minimal material waste. Their versatility supports the processing of plate and sheet in both ferrous and non-ferrous materials, such as carbon steel, stainless steel, aluminum, brass and copper. And, as fabricators prioritize automation and smart manufacturing, fiber lasers streamline production while enhancing overall operational efficiency.

While the thought of such technology may be tempting, there are issues that must be considered when adding any piece of equipment – not the least of these are cost and logistics. Investing in fiber laser cutting equipment often represents a substantial financial commitment. As such, it’s critical that the laser and its capabilities are fully maximized.

Similarly, fabrication equipment typically demands a substantial footprint on the shop floor. The need for adequate spacing is often driven by operational functionality, safety concerns, operational workflow and the potential for future scaling of production. Efficient space utilization becomes a delicate balancing act as every square foot of space becomes a valuable commodity.

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