Instead of relying on a cartridge tower and suction-cup grippers, material handling automation for heavy plate can entail a ...

Sadly, the usual CO2-powered suspects in the DIY laser cutter market are woefully incapable of cutting metal. Sure, they’ll cut the heck out of plywood and acrylic, and most will do a decent … ...

This CO2 vs Fiber vs Diode comparison guide provides more insight into theses primary laser technologies used for cutting and engraving: CO2 lasers, fiber lasers, and diode lasers. Quick Summary ...

Laser manufacturer and sheet-cutting solutions provider Amada is offering its fiber laser cutting machines, designed from a combination of the Co2 series and the company’s in-house fiber laser ...

The interior working space is around 24 by 24 inches, which is quite large when you consider this is a metal cutter. If you opt for just the fiber laser welder, without the CNC aspect, that only ...

CO2 vs. Fiber Laser: Pros and Cons of Each. Costs and cutting speeds. Fiber lasers are half the price and five times faster than CO 2 lasers thanks to their compact design, laser-to-laser ...

Fiber laser cutting, in particular, is reshaping how manufacturers in the state think about production: faster turnaround, pinpoint accuracy, and leaner costs. As businesses seek to reduce supply ...

Second, just because [Travis] was able to cut costs considerably compared to a commercial fiber laser cutter doesn’t mean this build was cheap in absolute terms — he reports dropping about ...