Bystronic Voice Blog

In the competitive world of fabrication, companies that embrace digitalization, automation, and data-driven decision-making position themselves for success.

Fiber laser technology has been the most significant driver for producing the technology needed to automate laser cutting machine operations due to its high productivity.

How efficient is your material flow to the laser cutting system and how efficient is the unloading, sorting, and stacking of the finished cut parts?

With the uncertainty of today’s supply chains and the rising cost of raw materials, automated material storage systems provide a reliable buffer for metal fabricators.

Automating the retrieval, load, and unload cycles is the key to maintaining the productivity of today’s fiber laser cutting machines.

When planning for a Fiber laser cutting system, it becomes critical to look at automating material storage and retrieval systems and material load/unload systems.