Manufacturing Innovation

When looking at Fiber laser technology and considering the productivity benefits of cutting two to three times more parts per unit of time, while consuming less than half of the…

Analyzing Current Processes Taking a closer look at the processes that are implemented in fabricating your products is key to maintaining margins and remaining competitive. Most companies have analyzed and…

Fiber laser cutting has been one of the most “disruptive” technologies introduced to the metalworking market since CO2 lasers were first introduced for cutting in the 1980’s. Fiber laser technology…

Gaining the edge in today’s competitive market requires intelligence derived from data and the ability to act upon information to improve processes and machine performance. If two companies have the…

Fiber laser cutting technology has truly become a revolutionary change and not an evolutionary change. The prior revolutionary change in laser cutting began with the introduction of CO2 laser processing…

High performance manufacturing is the key to maintaining higher margins, shortening customer lead times and creating competitive differentiation. OEMs and job shops that continue to ride the wave of new fabricating…

When talking about automation the manufacturing process some people talk about material handling, but this is not the only process to consider. Automating the materials With today’s high-speed laser cutting…

Speed and Consistency is the hallmark of today’s fiber laser cutting machinery and their capacity to process a vast amount of sheet metal on a daily basis. In order to…

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…

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…