Fiber Laser Cutting

Over the last several years many technological changes have affected the sheet metal fabrication industry. Many fabricators I have spoken with are amazed at the technological leaps that have occurred.…

If you’ve owned a CO2 laser cutting machine then you are familiar with the periodic maintenance required for optics, beam path bellows, beam and nozzle alignments, not to mention oil…

Fibernomics is an all-encompassing economic principle and the key to a competitive advantage in today’s sheet metal fabricating environment. As with most economic principles, there is a basic premise, or…

When considering material automation for laser cutting systems, there are different levels of material handling that can be implemented to provide varying degrees of efficiency. The base level of automating…

Differentiation is the key to creating new opportunities in manufacturing and sheet metal fabricating. As competition remains fierce, the only way to stand out is to do things differently, better,…

The addition of a Fiber laser into the sheet metal fabrication process is going to create a re-alignment of the status quo. You now have a tool that can produce…

The “push” demand is created by the Fiber laser as it produces up to four times more parts than a conventional CO2 laser, depending on power levels, directly impacting press…

Satisfying the Production Capabilities of Today’s Fiber Laser Cutting Machines The economic principle behind Fibernomics is Lower Operating Costs + Faster Processing = Greater Profit and Earnings Potential. But Fibernomics…

The economic principle behind Fibernomics is Lower Operating Costs + Faster Processing = Greater Profit and Earnings Potential. But Fibernomics isn’t just the economic advantage of owning a fiber laser,…

The principle of Fibernomics includes the overall economic advantages that result from owning a high power fiber laser cutting machine. Lower Operating Costs + Faster Processing = Greater Profit &…