The last few years have seen a rapid increase in the adoption of Fiber Lasers. Advancements in technology have made it possible to manufacture high po...

The adoption of high-powered fiber lasers in the range of 10 to 30 kW for cutting has rapidly grown in recent years. Fiber Laser manufacturers are sho...

As we get closer to a post-pandemic world, it’s more important than ever to have a competitive advantage in business. Almost every industry was affect...

In today’s landscape, manufacturers are facing a bittersweet reality. On one hand, demand is high. On the other hand, the worker shortage is throwing ...

The metal fabrication industry is increasingly seeing fiber lasers replace CO2 machines since fiber technology started gaining traction just over a de...

In a world where all eyes are on sustainability, industrial machining and manufacturing are not at the top of the list of eco-friendly industries. All...

Save Costs with Fiber Lasers; Less Cooling & Power Requirements Aside from the power, speed and cut quality advantages, one of the top benefits of...

Preventative maintenance is a core activity for any shop, big or small. No matter the number of machines or volume of work, proper upkeep is crucial t...

In metal fabrication – or any trade for that matter – time is money. If you’re not producing, you’re not padding your pocket. That’s why cut speed is ...

Optimizing the power of fiber lasers: Best practices to keep up productivity of your machines Advancements in high-power fiber lasers and automation h...

Fiber Lasers And CO2 Fiber lasers are all the rage right now and the metal fabrication industry is buzzing over each new innovation. Fabricators are q...

How well do fiber lasers perform when cutting thicker metal sheets? As the metal fabrication industry evolves, fabricators are looking to advances in ...